##############################################################################
##############################################################################
###
### Running command:
###
###   /Library/Frameworks/R.framework/Resources/bin/R CMD check --install=check:rmelting.install-out.txt --library=/Library/Frameworks/R.framework/Resources/library --no-vignettes --timings rmelting_1.20.0.tar.gz
###
##############################################################################
##############################################################################


* using log directory ‘/Users/biocbuild/bbs-3.19-bioc/meat/rmelting.Rcheck’
* using R version 4.4.0 (2024-04-24)
* using platform: aarch64-apple-darwin20
* R was compiled by
    Apple clang version 14.0.0 (clang-1400.0.29.202)
    GNU Fortran (GCC) 12.2.0
* running under: macOS Ventura 13.6.5
* using session charset: UTF-8
* using option ‘--no-vignettes’
* checking for file ‘rmelting/DESCRIPTION’ ... OK
* this is package ‘rmelting’ version ‘1.20.0’
* package encoding: UTF-8
* checking package namespace information ... OK
* checking package dependencies ... OK
* checking if this is a source package ... OK
* checking if there is a namespace ... OK
* checking for hidden files and directories ... OK
* checking for portable file names ... OK
* checking for sufficient/correct file permissions ... OK
* checking whether package ‘rmelting’ can be installed ... OK
* checking installed package size ... OK
* checking package directory ... OK
* checking ‘build’ directory ... OK
* checking DESCRIPTION meta-information ... OK
* checking top-level files ... OK
* checking for left-over files ... OK
* checking index information ... OK
* checking package subdirectories ... OK
* checking code files for non-ASCII characters ... OK
* checking R files for syntax errors ... OK
* checking whether the package can be loaded ... OK
* checking whether the package can be loaded with stated dependencies ... OK
* checking whether the package can be unloaded cleanly ... OK
* checking whether the namespace can be loaded with stated dependencies ... OK
* checking whether the namespace can be unloaded cleanly ... OK
* checking whether startup messages can be suppressed ... OK
* checking dependencies in R code ... OK
* checking S3 generic/method consistency ... OK
* checking replacement functions ... OK
* checking foreign function calls ... OK
* checking R code for possible problems ... OK
* checking Rd files ... NOTE
checkRd: (-1) melting.Rd:192-196: Lost braces in \itemize; meant \describe ?
checkRd: (-1) melting.Rd:197-198: Lost braces in \itemize; meant \describe ?
checkRd: (-1) melting.Rd:199-200: Lost braces in \itemize; meant \describe ?
checkRd: (-1) withWE.Rd:14: Lost braces in \itemize; \value handles \item{}{} directly
checkRd: (-1) withWE.Rd:15: Lost braces in \itemize; \value handles \item{}{} directly
* checking Rd metadata ... OK
* checking Rd cross-references ... OK
* checking for missing documentation entries ... OK
* checking for code/documentation mismatches ... OK
* checking Rd \usage sections ... OK
* checking Rd contents ... OK
* checking for unstated dependencies in examples ... OK
* checking sizes of PDF files under ‘inst/doc’ ... OK
* checking files in ‘vignettes’ ... OK
* checking examples ... OK
* checking for unstated dependencies in ‘tests’ ... OK
* checking tests ...
  Running ‘testthat.R’
 OK
* checking for unstated dependencies in vignettes ... OK
* checking package vignettes ... OK
* checking running R code from vignettes ... SKIPPED
* checking re-building of vignette outputs ... SKIPPED
* checking PDF version of manual ... OK
* DONE

Status: 1 NOTE
See
  ‘/Users/biocbuild/bbs-3.19-bioc/meat/rmelting.Rcheck/00check.log’
for details.

##############################################################################
##############################################################################
###
### Running command:
###
###   /Library/Frameworks/R.framework/Resources/bin/R CMD INSTALL rmelting
###
##############################################################################
##############################################################################


* installing to library ‘/Library/Frameworks/R.framework/Versions/4.4-arm64/Resources/library’
* installing *source* package ‘rmelting’ ...
** using staged installation
** R
** inst
** byte-compile and prepare package for lazy loading
** help
Loading required namespace: rmelting
*** installing help indices
** building package indices
** installing vignettes
** testing if installed package can be loaded from temporary location
** testing if installed package can be loaded from final location
** testing if installed package keeps a record of temporary installation path
* DONE (rmelting)

R version 4.4.0 (2024-04-24) -- "Puppy Cup"
Copyright (C) 2024 The R Foundation for Statistical Computing
Platform: aarch64-apple-darwin20

R is free software and comes with ABSOLUTELY NO WARRANTY.
You are welcome to redistribute it under certain conditions.
Type 'license()' or 'licence()' for distribution details.

R is a collaborative project with many contributors.
Type 'contributors()' for more information and
'citation()' on how to cite R or R packages in publications.

Type 'demo()' for some demos, 'help()' for on-line help, or
'help.start()' for an HTML browser interface to help.
Type 'q()' to quit R.

> library(testthat)
> library(rmelting)

--------------------------------------------------------------------------------
Welcome to rmelting version 1.20.0


# To know how to use this package type:
  browseVignettes(package = 'rmelting')
  for the package vignette.

# To know whats new in this version type:
  news(package='rmelting')
  for the NEWS file.

# To cite the methods in the package type:
  citation(package='rmelting')

# To suppress this message use:
  suppressPackageStartupMessages(library(rmelting))
--------------------------------------------------------------------------------

> 
> test_check("rmelting")
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimentalWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with exWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with exWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) iWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) iWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of ZhiWARNING : 
 The current DMSO corrections has not been tested with experimenta values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 TWARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 TWARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNWARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)ental values.
WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally WARNING : 
 The current formamide correction has not been tested with experimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally perimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction operimental values.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction os originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.s originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al.-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodiWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of SchilWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of SchilWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of SchilWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of SchilWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of SchilWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schilhe magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jiehe magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-JieWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correctiWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correctiWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correctiWARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correctiRNA or DNA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The foris originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic sis originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic sA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of MA duplexes.
WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Mestablished for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na =established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na =WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty,WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty,WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty,WARNING : 
 The magnesium correction of Zhi-Jie Tan et al. (2007)is originally established for RNA or DNA duplexes.
WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty,WARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anWARNING : 
 The sodium correction of Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M anf Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formulf Santalucia et al. (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formul
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic stre
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic stre (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty,  (1996) is not reliable for sodium concentrations inferior to 0.1M.
WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01dkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01WARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strenWARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strenWARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strenWARNING : 
 The sodium correction of Schildkraut Lifson (1965) is applicable for sodium concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strenum concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal um concentrations between 0.01 and 0.2 M.
WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with WARNING : 
 The sodium correction of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with  Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The interna Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internaon of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : on of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : on of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : on of Zhi-Jie Tan et al. (2007) is originally established for RNA duplexes.
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental valuesmula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The larmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulgearmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model  Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model  Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model  Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model trength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 Ttrength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 T 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge  0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested d k = 0.05 M
WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested WARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimeWARNING : 
 The formula of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimea of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING :a of Marmur, Doty, Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING :Chester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lChester and Marshak is originally established at a given ionic strength : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge lngth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNIngth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNI M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has  M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has  M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has  M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has  M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has  M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has gth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNINgth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNINgth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNINgth : Na = 0 M, Mg = 0.0015 M, Tris = 0.01 M and k = 0.05 M
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNINWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested wiloop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
Wloop model san04 has not been tested with experimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
Wl loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose al loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose a
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The resul
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The resul
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The resul
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The resulexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bexperimental values.
WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing bWARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing.WARNING : 
 The internal loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing.ong bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with expe loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental  loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental .
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not be.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not beenhe long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with he long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vloop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vsan04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNsan04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNsan04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNsan04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not beenWARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested w 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested woop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vaoop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental vawith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loowith experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loontal values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06ntal values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not beenWARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The parameters for AT closing base pair are missing. The results can lose accuracy.
WARNING : 
 The long bulge loop model san04 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been tested with experimental values.
WARNING : 
 The long bulge loop model tur06 has not been[ FAIL 0 | WARN 0 | SKIP 0 | PASS 140 ]
> 
> proc.time()
   user  system elapsed 
 11.443   0.690  16.828