I am exploring the mammal’s embryo development, embryonic cell fate and adult cell reprogramming into iPSCs for understanding the key players of these pathways/mechanism on maintenance of pluripotency and cell differentiation to apply on in vitro models. Additional research interests: embryo production, epigenetics, metabolism, stem cells and chimeras.
My research focuses on modeling the interactions between weather variability, dry matter intake, and methane emissions intensity in dairy cattle in the United States. I am particularly interested in how we can integrate mathematical modeling with nutrition, physiology and management practices to achieve sustainable ruminant production systems.
Research Interests: Anaerobic fungi, rumen microbiology, microbial biomass conversion, mitigation of enteric methane emissions, and targeted genome engineering of the rumen microbiome.
Research Interests: Using integrative genetic/genomics approaches, my research broadly focuses on Evolutionary Ecology, Physiology & Conservation Biology.
Research Interests: My research focuses on understanding the role and dynamics of rumen microorganisms—bacteria, methanogens, and anaerobic fungi—in rumen fermentation and enteric methane production. I am also developing mitigation strategies to reduce greenhouse gas emissions from ruminants using feed additives and engineering tools.
Research Interests: My research focusses on using functional data (such as gene expression and histone modifications) to pinpoint genomic regions associated with agriculturally important traits in farm animals.
My research background is in genetics and reproduction, currently I am working on developing gene edited animals to sex-specifically disrupt sperm function resulting production of a single sex of offspring.