Amogh Prabhav Jalihal

The paper identifies a gene mutation responsible for slime-free phenotype in Xanthobacter strains and shows its deletion abolishes slime production across the genus.

This paper engineers bacteria to produce siderophores, enhancing olivine dissolution for CO2 removal, achieving 0.50 g CO2 per day removal in pilot reactors.

This paper expands and revises the genus Xanthobacter by describing 18 species and proposing a new genus Roseixanthobacter with 5 species, based on genome sequencing and phylogenomic analysis.

The paper builds a computational model of the nutrient signaling network in budding yeast to reconcile experimental data with a proposed molecular mechanism and test predictions in mutant strains.

This study benchmarks GRN inference algorithms using synthetic and Boolean models, finding moderate accuracy and highlighting challenges in ensemble methods.

The paper develops algorithms to efficiently compute genetic crosses for creating target mutants from source mutants, considering verifiability and permissibility constraints.