Analyse Nucleic Acids Structure and Simulations with baRNAba
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Updated
Mar 20, 2024 - Jupyter Notebook
Analyse Nucleic Acids Structure and Simulations with baRNAba
nucleic acid folding
Python implementation of Nussinov RNA folding algorithm and recursive backtrack.
RNA Pseudoknotted Secondary Structure Prediction Using Strict Hierarchical Folding
RNA Pseudoknotted Secondary Structure Prediction Using Relaxed Hierarchical Folding
RNA/DNA/PMO Pseudoknotted Secondary Structure Interaction Prediction Using Relaxed Hierarchical Folding
🧬 Zuker: An RNA secondary structure prediction algorithm
MFE method for predicting the psuedoknotted secondary structures of RNA sequences.
Tools For Computational Biology
Faster algorithms for RNA-folding using the Four-Russians method
Julia interface to ViennaRNA for RNA structure prediction and analysis
Julia interface to the RNAstructure program suite for RNA structure prediction and analysis
RAFFT: RNA structure and folding dynamics predictions using the fast Fourier transform
A tool to identify and extract the commonly used ITS folding motifs from a 16s-23s rRNA sequence.
This demo program takes an RNA sequence and applies a quadratic model in pursuit of the optimal stem configuration.
Implementation and visualization of dynamic programming based RNA secondary structure approximation
This is a dynamic programming implementation with an SDL visualization of conversion from mRNA to most optimal secondary structure (most number of base pairs).
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