There are 2 repositories under dna-assembly topic.
:alembic: Simple cloning simulator (Golden Gate etc.) for single and combinatorial assemblies
:cherry_blossom: Python library for primer-based verification of DNA assemblies: primer selection, data analyis, etc.
A route planner for DNA assembly
🎨 Python library to plot multi-part genetic constructs
A PCR primer tool for DNA assembly flows
🏖️ The EGF Collection of Useful Bio Apps - Web demos of EGF software
a DNA assembly library
đź’« Computer-aided DNA assembly validation and identification from restriction digests.
Batch domestication of genetic parts with Python
Fake genomes, fake sequencing, real insights.
:paw_prints: DNA overhang misannealing data for Python
:link: Short overhangs design for DNA assembly
The repository contains the source code of the NanoForms server (Czmil et al. NanoForms: an integrated server for processing, analysis and assembly of raw sequencing data of microbial genomes, from Oxford Nanopore technology. PeerJ, 2022). It is meant to be the source for standalone server installation. https://doi.org/10.7717/peerj.13056
:crystal_ball: Predict DNA assembly clone validity rates - powered by Kappa
:scissors: Design compact restriction sites arrays (python utility)
:point_right: EGF Design and Build, the Foundry's DNA design ordering portal
:books: Shared slideshows, courses, etc. from the EGF
Download the full iGEM database of parts
:bomb: Identify elements impairing success accross group experiments.
Open source web app for DNA design and management
Computer Science B.Sc thesis paper and final stage experience. Approaching a Computational Biology Problem with integer linear programming tools.
A Python library to assist with scripting bio-automation protocols
Data Science Tools, Libraries, Classes and Functions
Projects written in CELLO
DNAc is a programming language for DNAs.
Creates a construct developed by the Niles Lab at MIT, designed to deliver a 3' UTR post-transcriptional regulatory element payload to a specific given gene in Plasmodium falciparum.
This was a project for my bioinformatics class. We studied the circular string problem and its application to bioinformatics and sequence generation / reconstruction. This project solves the circular string problem taking in an integer k, by creating a DeBruijn graph and generating a Euler cycle from it (the edges corresponding to all possible binary k-mers).
Automated synthetic biology protocols with ot2