neurogenomics's repositories
MotifPeeker
Benchmark Epigenomic Profiling Methods with Motif Enrichment as Key Metric
EnformerCelltyping
Enformer Celltyping is a tensorflow, multi-headed attention based model that incorporates distal effects of Deoxyribonucleic Acid (DNA) interactions to predict histone marks across diverse cell types.
rworkflows
Continuous integration for R packages. π Automates testing β , documentation website building π¦, & containerised deployment π³.
chromexpress
Which epigenetic factors are the best predictors of gene expression? An analysis using ENCODE data.
rare_disease_celltyping
Code, data and results associated with the "Rare diseases cell-typing" project.
MungeSumstats
Rapid standardisation and quality control of GWAS or QTL summary statistics
HPOExplorer
Functions for working with the Human Phenotype Ontology data
MotifPeeker-reports
Public archive of reports generated using MotifPeeker R package
MotifStats
Package for integrating peak and motif positions
KGExplorer
Import and analyse large-scale biomedical knowledge graphs and ontologies. πΈοΈβοΈπ»βοΈπΈοΈ
gpt_hpo_annotations
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MAGMA_Celltyping
Find causal cell-types underlying complex trait genetics
MSTExplorer
Multi-Scale Target Explorer systematically identifies, prioritises, and visualises cell-type-specific gene therapy targets across the phenome.
EpiCompare
Comparison, benchmarking & QC of epigenetic datasets
RareDiseasePrioritisation
Prioritise cell-type-specific gene targets from the Rare Disease Celltyping project.
rare_disease_celltyping_apps
All apps and homepage code in one place for the rare disease EWCE project.
Rsamtools
Binary alignment (BAM), FASTA, variant call (BCF), and tabix file import
orthogene
𧬠o r t h o g e n e π§¬β¨β¨β¨β¨β¨β¨β¨ Interspecies gene mappingβ¨β¨β¨β¨β¨ π¦ π π± π π³ π π π π π πͺ± π πͺ° π π π π¦ π π π π¦ π π π π π π π π π π π π π π π π π 𦧠π π¦ π πββοΈ
GenomicRanges
Representation and manipulation of genomic intervals
.github
Neurogenomics Lab Profile
reanalysis_Mathys_2019
A re-analysis of the [Single-cell transcriptomic analysis of Alzheimerβs disease](https://www.nature.com/articles/s41586-019-1195-2) using a standardised data processing and pseudobulk differential expression approach
ArchR
ArchR : Analysis of Regulatory Chromatin in R (www.ArchRProject.com)