Enameguono Olomukoro
Advisor's Name:
Brian Dilkes
Email Address:
Training Group:
Plant Biology
Research Summary:
We developed a pedigreed EMS-mutant population of sorghum (BTx642) using single-seed descent to create new genetic variation for gene discovery and trait analysis. EMS induces targeted point mutations, allowing the identification of novel phenotypes not typically found in natural populations. Out of 559 M5 families, 439 showed visible traits such as dwarfism, changes in leaf structure, tillering, and altered seedling growth. This mutant library serves as a powerful resource for exploring gene function in sorghum—a key crop for food, forage, and bioenergy. Ongoing whole-genome sequencing and linkage mapping will help connect specific mutations to observed traits.
Why did you choose to attend PULSe:
I chose to attend PULSe because of its interdisciplinary approach and the wide range of research opportunities offered through its training groups and lab rotations. This flexibility allowed me to explore different scientific areas before committing to a research focus. During the interview process, I was impressed by the supportive and collaborative atmosphere—faculty were approachable, enthusiastic, and genuinely invested in student success. The program’s structure, combined with its strong research community, made PULSe an ideal environment for both scientific growth and professional development.