Kerry S. Bloom

Kerry S. Bloom is the Thad L. Beyle Distinguished Professor in the Department of Biology at the University of North Carolina at Chapel Hill. His research focuses on understanding the structural and dynamic organization of chromosomes during cell division, leveraging computational modeling and experimental approaches.

Research Interests: Dr. Bloom’s lab investigates chromosome mechanics, centromere architecture, and spindle dynamics using tools like the ChromoShake simulator, which models thermal fluctuations in chromatin. Collaborations involve integrating 3D structural data from experiments with biophysical simulations to explain cellular phenomena such as sister chromatid cohesion and chromosome positioning.

Lab Highlights: The lab pioneered 3D-printed models of yeast metaphase spindles and employs a multi-stage workflow—from whiteboard sketches to computational models—to bridge experimental observations and theoretical predictions. Their work emphasizes the role of physical forces in organizing genomic material during mitosis.

Advising & Grants: Though specific grant details or student names are not listed here, Dr. Bloom’s lab is known for interdisciplinary projects combining biology, physics, and engineering. His research is supported through institutional and collaborative funding mechanisms.