Pinned Repositories
COMSV
COMSV (Cancer Optical Mapping based Structural Variation detection) is a pipeline for SV detection based on nanochannel optical mapping data.
glk-SVM
SH-assembly
K-mer counting with low memory consumption enables de novo assembly of 106x human sequence data in 2.7 hours
CQF-deNoise
CQF-deNoise enables fast k-mer counting with memory usage nearly unaffected by sequencing errors.
Linked-seq
The gRNA design and data analysis codes of the Linked sequencing (Linked-seq) project.
SAKURA
SAKURA/桜(sakura)/🌸 : Single-cell data Analysis with Knowledge inputs from User using Regularized Autoencoders
emogi-reusability
psirc-analysis
Analysis in the Psirc project.
aspire
ASPIRE (ASsembly Pipeline with Iterative REfinement) is a pipeline for constructing virus-sized genomes out of NGS reads (short reads).
psirc
Full-length linear and circular transcript isoform reconstruction and quantification
Yip-Lab's Repositories
Yip-Lab/Linked-seq
The gRNA design and data analysis codes of the Linked sequencing (Linked-seq) project.
Yip-Lab/COMSV
COMSV (Cancer Optical Mapping based Structural Variation detection) is a pipeline for SV detection based on nanochannel optical mapping data.
Yip-Lab/psirc-analysis
Analysis in the Psirc project.
Yip-Lab/SAKURA
SAKURA/桜(sakura)/🌸 : Single-cell data Analysis with Knowledge inputs from User using Regularized Autoencoders
Yip-Lab/emogi-reusability
Yip-Lab/psirc
Full-length linear and circular transcript isoform reconstruction and quantification
Yip-Lab/aspire
ASPIRE (ASsembly Pipeline with Iterative REfinement) is a pipeline for constructing virus-sized genomes out of NGS reads (short reads).
Yip-Lab/SH-assembly
K-mer counting with low memory consumption enables de novo assembly of 106x human sequence data in 2.7 hours
Yip-Lab/CQF-deNoise
CQF-deNoise enables fast k-mer counting with memory usage nearly unaffected by sequencing errors.
Yip-Lab/techniXnippets
Yip-Lab/glk-SVM