BMGLab

BMGLab/PeakATail

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

5 good first / help-wanted issues · Python · last activity Sep 29, 2026

apa bioinformatics computational-biology genomics peak-calling polyadenylation python rna-seq scrna-seq single-cell
5 Open Issues Need Help Last updated: Sep 29, 2026

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BMGLab/PeakATail
11

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

Python
#apa#bioinformatics#computational-biology#genomics#peak-calling#polyadenylation#python#rna-seq#scrna-seq#single-cell
enhancement help wanted
BMGLab/PeakATail
11

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

Python
#apa#bioinformatics#computational-biology#genomics#peak-calling#polyadenylation#python#rna-seq#scrna-seq#single-cell
enhancement good first issue
BMGLab/PeakATail
11

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

Python
#apa#bioinformatics#computational-biology#genomics#peak-calling#polyadenylation#python#rna-seq#scrna-seq#single-cell
enhancement good first issue
BMGLab/PeakATail
11

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

Python
#apa#bioinformatics#computational-biology#genomics#peak-calling#polyadenylation#python#rna-seq#scrna-seq#single-cell
enhancement good first issue
BMGLab/PeakATail
11

Single-cell APA peak calling and poly(A) tail analysis from scRNA-seq. Detects polyadenylation sites, quantifies 3'UTR length switching, and compares APA usage across cell clusters and samples.

Python
#apa#bioinformatics#computational-biology#genomics#peak-calling#polyadenylation#python#rna-seq#scrna-seq#single-cell