Hi all, Am trying to represent the secondary structure of the pre-miRNA in the manuscript. The strcuture generated using RNAfold is not very clear. So am trying to represent it in sum other way. In few articles i came across the structure well represented. Can anyone suggest which technique i can use for presenting the secondary stem-loop structure?
Hi ran the first command, "perl makefile.pl"
C:\RNA-HairpinFigure-0.141212>perl Makefile.PL Generating a dmake-style Makefile Writing Makefile for RNA::HairpinFigure Writing MYMETA.yml and MYMETA.json
But the next command is not running, following error is popping up
C:\RNA-HairpinFigure-0.141212>make 'make' is not recognized as an internal or external command, operable program or batch file.
Install it via cpan in Windows/Linux...
For Windows, I recommend to use ActivePerl (download), so you can the "Perl Package Manager" (GUI). Search and install
RNA::HairpinFigure
If you only have few sequences, you can also get the ASCII plot via our miRNA predicting server: FOMmiR, MicroRNA Prediction Using a Fixed-Order Markov Model Based on the Secondary Structure Pattern.
thank you it got installed. How to run the program with my sequence? since i have large data i cant run FOMniR.
Write perl script to parse RNAfold result and call this module. refer to http://search.cpan.org/dist/RNA-HairpinFigure/lib/RNA/HairpinFigure.pm#synopsis
The program runs good. BUt for few sequences, the structure is not coming properly. As like below, the base information is getting in two lines, one below the other also the pipe symbol for alignment. How to sort his out?
Can you format it by
" content to be formated", what that mean sir?
itsanju87 : It may be best to post an image here, if what you see does not convey the right information. I have not tried to change it except using the (101010) button to convert those lines to
code
.Sir u want me to post an image? Its the one which is already there in the question section.
Note that: As said in the description, "RNA::HairpinFigure draws hairpin-like text figure from RNA sequence and its secondary structure in dot-bracket notation. If the hairpin have multi loops, they will be deleted and treated as a big loop, the longest stem will be the final stem."
So if the stem-loop structure is not typical hairpin-like, you may use bitmap picture produced by RNAfold.