Stem-cell organelle inheritance
Investigates how the fusome and microtubule organization contribute to germline stem-cell self-renewal.
Postdoctoral Fellow

Amanda Powell studies how cytoskeletal organization and organelle inheritance regulate stem-cell maintenance and differentiation. Her doctoral work in the Elizabeth Ables laboratory examined Drosophila ovarian germline stem cells, focusing on the fusome, microtubules, and the β-importin Tnpo-SR.
She completed her Ph.D. in Molecular and Cell Biology at East Carolina University on September 2, 2026.
Germline stem cells, asymmetric cell division, fusome biology, microtubules, Drosophila oogenesis, genetics and confocal microscopy
Rusan Lab · NHLBI, NIH
East Carolina University · Elizabeth Ables · Completed September 2, 2026
Marine Biological Laboratory · Woods Hole, Massachusetts
East Carolina University · Magna cum laude
Investigates how the fusome and microtubule organization contribute to germline stem-cell self-renewal.
Studies roles of the β-importin Tnpo-SR in stem-cell maintenance and oocyte differentiation.
Contributed to research connecting mei-P26 with germ-cell developmental programming and meiotic chromosome dynamics.
Fusome morphogenesis and stem-cell self-renewal · Poster · San Juan, Puerto Rico
Organelle inheritance during asymmetric cell division · Talk · Virtual
Tnpo-SR, microtubule dynamics, and fusome morphogenesis · Poster · Washington, DC
Taught anatomy and physiology and microbiology laboratories at East Carolina University, and delivered guest lectures on molecular mechanisms of cell death in Cell and Developmental Biology. As a Maximizing Access to Research Careers program coordinator (2023–2025), supported undergraduate research, grant preparation, and graduate-school preparation.
Served in leadership roles with the Eastern North Carolina chapter of Graduate Women in Science, including president in 2024 and vice president in 2025. Also served as a biology graduate-student liaison and ECU Honors Student Council president.