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bio-applied-hla-typing

3

HLA Typing identifies human leukocyte antigen alleles, crucial for antigen presentation and initiating immune responses.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-immune-repertoire

3

Immune repertoire sequencing covers TRUST4/MiXCR workflows, diversity metrics, clonal tracking, Morisita-Horn overlap, VDJdb lookup, and CDR3 Hamming clustering.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-isoform-analysis

3

Isoform analysis with long reads, featuring Minimap2 for splice alignment, bambu for isoform discovery, and DRIMSeq for differential isoform usage.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-mageck-gene-essentiality

3

Performs CRISPR screen analysis using MAGeCK.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-mofa2

3

MOFA2 is an unsupervised multi-omics factor analysis for variance decomposition, factor interpretation, and shared/view-specific signal separation. Use it when integrating multiple omics layers.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-molecular-evolution

3

Population genetics and molecular evolution, covering topics such as Hardy-Weinberg, Wright-Fisher drift, selection models, dN/dS, Tajima's D, Fst, and the neutral theory.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-molecular-gnn

3

Graph Neural Networks for Molecular Property Prediction with RDKit.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-network-modules

3

Community detection in biological networks, utilizing Louvain/Leiden algorithms, modularity Q, WGCNA co-expression modules, and Cytoscape export.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-taxonomic-profiling

3

Taxonomic profiling of shotgun metagenomes: host decontamination, Kraken2 classification, Bracken abundance re-estimation.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-ngs-fundamentals

3

NGS platform comparison, FASTQ format, Phred quality scores, and QC metrics. Reference for sequencing technology selection and read quality assessment.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-numerical-methods-for-bioinformatics

3

Implement Lagrange and Newton interpolation polynomials, explain the Runge phenomenon, and apply cubic spline interpolation to reconstruct missing time points in biological time series.

DevOps e Infra#aiby Pavel-Kravchenko

bio-applied-phylodynamics

3

Viral phylodynamics: molecular clocks, root-to-tip regression, time-scaled phylogenies, Bayesian skyline plots, and phylogeography tool selection.

DevOps e Infra#aiby Pavel-Kravchenko