Computational Genomics
Genome-scale analysis, comparative approaches, genomic variation and reproducible computational workflows.
I'm Gurgen Karapetyan, a Bioinformatics Data Engineer and Computational Biologist working across genomics, NGS, RNA-seq, metagenomics, molecular biology and microbiology.
I work across multiple biological scales, from sequencing quality and transcriptomics to microbial genomes, comparative genomics and molecular mechanisms.
Genome-scale analysis, comparative approaches, genomic variation and reproducible computational workflows.
Sequencing performance, QC metrics, stability monitoring and investigation of technical variation.
Expression analysis, transcriptome-level signals and workflow quality interpreted in biological context.
Microbial communities, genome-resolved analysis and computational exploration of complex microbiome data.
DNA repair, genome stability and oxidative-stress biology viewed through computational evidence.
Microbial evolution, strain-level genomics and phenotype-linked questions in bacterial systems.
Comparative analysis of oxidative-stress response, DNA-repair systems and genome-level variation across probiotic Lactobacillus species.
A reproducible computational framework for analysis and mapping of gut microbial taxa across large microbiome datasets.
Multi-metric monitoring and analytical investigation of sequencing quality, technical stability and assay performance.
A mixed toolkit spanning data engineering, statistics and domain-specific bioinformatics.