Homework 2 for MCS 5603 Intro to Bioinformatics. Written in Python.
-
Updated
Oct 16, 2014 - Python
Homework 2 for MCS 5603 Intro to Bioinformatics. Written in Python.
Algorithms to emulate the synthesis process of proteins.
Produces PDB files from given sequences.
Search text files for DNA sequences and their reverse complements
This repository contains python code for the optional parts of labs in my Computations in Genetic Engineering (BME808) course at Ryerson University.
An implementation of the Min-Max algorithm to determine the rareness of the codons within a base pair sequence.
Earn royalties and provide value to your users by allowing your users to store their genetic data at Sequencing.com.
Neon code for Splice Junction Gene Sequence training and classification (EI / IE / Neither)
Basic tool for amino acid / protein translation, yet it accepts both RNA and DNA as input and can predict their entire possible sequence. More refinement will be done soon, such as incorporating it all into classes, the reverse list prediction, stop and start codons.
Genetics algorithms library for Python 3.x
Tool for chromatin 3D structure reconstruction from 3C experimental data. Improvement of ShRec3D.
A toolbox to convert personal data files of any nature into DNA base strings which can be stored as artificially synthesized DNA and vice versa. It also includes cost calculations (artificial DNA is still expensive) and comparisons between several conversion schemes. The actual process of converting binary data to DNA bases involves a lot of cha…
A simple DNA transcription/translation app written in Python and kivy
Add a description, image, and links to the dna topic page so that developers can more easily learn about it.
To associate your repository with the dna topic, visit your repo's landing page and select "manage topics."