Esther Epum
About Esther Epum
Esther Epum is a scientist specializing in mobile elements and DNA repair, currently working at SalioGen Therapeutics. She has over seven years of research experience and has made significant contributions to understanding chromosomal abnormalities and cancer development.
Current Role at SalioGen Therapeutics
Esther Epum currently serves as a Scientist in the Mobile Elements department at SalioGen Therapeutics. She has been in this role since 2022, contributing her expertise in DNA repair and gene editing to the development of innovative therapeutics. Her work focuses on leveraging her extensive knowledge to address complex biological challenges.
Previous Experience at Brandeis University
Prior to her current position, Esther Epum worked as a Postdoctoral Researcher at Brandeis University from 2019 to 2022. During her three years in the Greater Boston Area, she conducted research that deepened the understanding of DNA repair mechanisms and their implications for chromosomal stability.
Education and Academic Background
Esther Epum has a strong academic background in biological sciences. She earned her Doctor of Philosophy (PhD) in Biology/Biological Sciences from Vanderbilt University, where she studied from 2013 to 2019. Prior to that, she obtained a Master of Arts (M.A.) in Biology from Fisk University in 2012 and a Bachelor of Science (BSc) in Microbiology from Abia State University.
Research Contributions and Achievements
Esther Epum has made significant contributions to the field of genetics through her research. She uncovered an unexpected interaction between two repair proteins that promotes de novo telomere addition at double-strand breaks. Her work has identified DNA regions with a high frequency of de novo telomere addition, enhancing the understanding of chromosomal abnormalities and cancer development.
Skills and Expertise
Esther Epum possesses over seven years of research experience, focusing on chromosome abnormalities that affect cell viability. She is skilled in delivering effective scientific presentations to diverse audiences, showcasing her ability to communicate complex scientific concepts clearly. Her expertise in DNA repair and gene editing positions her as a valuable contributor to therapeutic development.