Samiddha Banerjee

The paper reports that lower mitochondrial DNA copy numbers in sheep are associated with increased susceptibility to Haemonchus contortus infection, suggesting a role for mtDNA in parasitic immunity.

The paper investigates the role of MyD88 in ovine resistance to Haemonchus contortus infection using molecular and computational methods.

This study clones and sequences IL-6 and IL10 genes in sheep, analyzes their structural domains, and reports their potential antiparasitic role against Haemonchus contortus.

The paper identifies NUMT genes in ducks that are upregulated in healthy ducks and may contribute to resistance against Pasteurella multocida infection.

The paper identifies a new sheep breed from West Bengal with distinct genetic identity using phylophenomic and phylogenomic analyses.

The paper analyzes whole mitochondrial genomes of sheep breeds to infer phylogenetic relationships and identify genetic lineages.

The paper uses whole mitochondrial genome sequencing to study the molecular evolution and phylogenetic relationships of domestic ducks and geese compared to their wild relatives.

This study identifies mucin gene expression as associated with growth traits in Bengal ducks, suggesting its potential as a marker for growth.

The paper investigates the role of RIG1, MDA5, and INFalpha in duck plague infection using in silico and experimental methods to understand host innate immunity.

The paper investigates the role of ovine CD14 in immune response against Haemonchus contortus, finding higher expression in infected sheep and evolutionary similarity to humans.

This paper identifies RIG-I's role in parasitic immunity against Haemonchus contortus in sheep through gene expression analysis and in silico studies.