Wayne's Bioinformatics Code Portal's Projects
Run a Linux Desktop on a JupyterHub
Auto-launching the RISE plugin for Binder presentations.
Jupyter-RISE with an R kernel available.
Jupyter-rise working via MyBinder with hide_code enabled.
Jupyter working via MyBinder with hide_code enabled.
Very basic notebook to highlight some features of Jupyter Notebooks. Used on Retreat poster 2016.
my fork of khmer -- with improved handling of fastq entries on the 'FixSomeFastqHandling Aspects' branch. Former info -->in-memory k-mer counting
Use Jupyter environment to look at protein length for various organisms. Active form served via Binder system.
LRSDAY: Long-read Sequencing Data Analysis for Yeasts
March 2015 Feng Lab group meeting - A Data Scientist's Toolbox for ChIP-Seq and Beyond
Python Monte Carlo
This is an easy-to-use guide to markdown. The focus is on clear, legible text and indexed navigation to topic sections.
slides for presentation for Feng Lab group meeting
May 2015 hands-on workshop on ChIP-seq for Feng Lab group meeting
slides for ChIP-seq hands-on workshop for Feng Lab group meeting
MCscan software available in a Jupyter environment running via the Binder service
MCscan software and command line-based BLAST available in a Jupyter environment running via the Binder service
a collection of Jupyter notebooks for doing calculations related to Methods in Yeast Genetics book
MFannot software available in a Jupyter environment running via the MyBinder service.
collection of scripts that chain together other scripts by preparing and processing/transforming data.
Example solution for the De Bruijn Graph assembly problem
testing code at modal labs
Model.it software to produce a 3D model of DNA in bent confirmation combined with Jupyter ecosystem and PyMOL served via MyBinder.org
Binderized MUSCLE: multiple sequence alignment with high accuracy and high throughput
Unsupervised Machine Learning: Nonnegative Matrix Factorization + k-means clustering
Run Plotly's Orca on MyBinder without a Dockerfile
Repo for running command line-based PatMatch in Jupyter environment provided via Binder.
Using data from PDBePISA with the convenience of Python and Jupyter.