Moumita Sil

Mathematical genomics of SRY proteins and their associated HMG-Box domains across mammals

The paper quantifies compositional patterns in SRY proteins and HMG-box domains across mammals, revealing distinct compositional grammars and highlighting the need for alignment-independent analysis.

Quantitative Deciphering of Mammalian Histamine Receptors through Mathematical Genomics

This study analyzes mammalian histamine receptor sequences to identify evolutionary patterns and structural constraints across species.

Proximal relationships of moonlighting Proteins in Escherichia coli: a mathematical genomic perspective

This study quantitatively analyzes E. coli moonlighting proteins to identify patterns in amino acid composition and structural-functional relationships.

Methuselah Proteins in Longevity: Unraveling Their Impact Through Mathematical Genomics

This study analyzes 18 Methuselah protein variants in fruit flies, identifying evolutionary clades, functional subclasses, and structural features related to aging and longevity.

The Distal-Proximal Relationships Among the Human Moonlighting Proteins: Evolutionary hotspots and Darwinian checkpoints

This study analyzes human moonlighting proteins using phylogenetic methods to explore their distal-proximal relationships and identify evolutionary hotspots.

Biology of Coital Behavior: Looking Through the Lens of Mathematical Genomics

The paper investigates receptor sequences across vertebrate species to understand their relationship with mating behavior, finding that genetic and epigenetic factors influence behavioral patterns beyond direct genomic translation.

Possible Functional Proximity of Various Organisms Based on Taste Receptors Genomics

The paper compares sweet and bitter taste receptor genomics across 20 vertebrates to assess functional proximity and ligand binding affinity similarities.