A genome-resolved metagenomics pipeline replicating the Sharon et al. (2019) gut-brain axis study. Features MEGAHIT de novo co-assembly, Bowtie2 competitive read recruitment, and Anvi'o single-nucleotide variant (SNV) microdiversity profiling.

An integrated computational pipeline for CRISPR-Cas13a (SHERLOCK) malaria diagnostics and trans-kingdom neuro-immune mapping, linking PfK13-driven pathogen detection to microglial homeostatic (CX3CR1/Iba1) set-points and Gut-Brain Axis (GBA) dysregulation.

#ioneurosciencehubfootnoteIntersection=) Exploring the intersection of vitamin B12 and cognitive decline in older adults.

Single-nucleus transcriptomic profiling of gut and paired brain tissues from flies fed with lipid extracts.

Comparative viromics pipeline designed to profile gut viral communities in neurodysbiosis and control cohorts. Implements de novo MEGAHIT assembly, geNomad prediction, CheckV quality assessment, and Bowtie2 read recruitment to characterize gut bacteriophage signatures in humanized mouse models.

PostgreSQL analytics warehouse integrating de novo viral metagenome assembly, CheckV quality control, and geNomad taxonomic/functional annotations to profile condition-associated bacteriophage populations in an ASD vs. TD fecal microbiota transplant gnotobiotic mouse model (Sharon et al. 2019).

Reproducible code and analyses for a follow-up household-matched case-control study of gut microbiome alterations in canine idiopathic epilepsy.