Why conserved genomic regions matter in molecular diagnostics
Conserved regions can provide more robust targets for diagnostic development, especially in the face of high pathogen mutation rates.
Read moreA collection of notes, thoughts, and resources from my research journey — from literature insights to technical workflows, and everything in between.

Conserved regions can provide more robust targets for diagnostic development, especially in the face of high pathogen mutation rates.
Read morePractical considerations in building PrimerLab Genomic: automated oligo design, ViennaRNA hairpin evaluation, and test-driven domain boundaries.
Read moreEmpirical synthesis linking Global Forest Watch integrated alerts and NASA precipitation with 132k social media posts across 77 spatial units in northern Sumatra.
Read moreComparative docking notes analyzing mitragynine, rhynchophylline, and control opioids against crystallographic OPRD1 (6PT3) and KOR (4DJH) structures.
Read moreA step-by-step summary of modern RNA-seq data pipelines: quality control, decoy-aware pseudoalignment, dispersion modeling with DESeq2, and pathway enrichment.
Read morePractical takeaways from ground-truth hydrological verification across rural Sumatra: telemetry sensor deployment, SAR backscatter validation, and participatory mapping.
Read moreComparative metagenomic notes exploring the decoupling between raw ARG abundance and mobile genetic element transfer potential across human gut cohorts.
Read moreEngineering takeaways from scaling pan-genome and metagenomic pipelines across HPC clusters: deterministic environments, profile configurations, and storage lifecycle management.
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