Postdocs and Visiting Scholars

Postdocs and Visiting Scholars

Ramon C Botigelli, Ph.D.

  • Postdoctoral Scholar
  • Faculty Sponsor: Anna Denicol
  • Start Date: 2022
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.

Vinícius Carneiro de Souza, Ph.D.

  • Postdoctoral Scholar
  • Faculty Sponsor: Ermias Kebreab
  • Start Date: August 2021
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.

Dr. Katharine Dickson, Ph.D

  • Postdoctoral Scholar
Research Interests: Anaerobic fungi, rumen microbiology, microbial biomass conversion, mitigation of enteric methane emissions, and targeted genome engineering of the rumen microbiome.

Dr. Akshay Joshi, Ph.D

  • Postdoctoral Scholar
Research Interests: Rumen microbiology, anaerobic fermentation, enteric methane mitigation, and in-vitro rumen fermentation systems.

Dr. Pedro R. Marquez, Ph.D

  • Postdoctoral Scholar
  • Faculty Sponsor: Matthias Hess
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.

Dr. Nicholas Werry, Ph.D

  • Postdoctoral Scholar
  • Faculty Sponsor: Alison Van Eenennaam
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.