Education
PhD in Cell and Developmental Biology, University of Michigan
Subjects
Membrane Dynamics, Intracellular Trafficking, Actin Cytoskeleton, Phosphoinositide Signaling, Cancer Biology
Achievements
BS and MSc with high honors; University of Michigan Rackham Precandidate Graduate Student Research Grant (2022); Rackham Conference Travel Grants (2022, 2024); ASCB Travel Grants (2022); LSI Cubed Research Grant (2024); David and Michelle Kroin Family Scholarship Fund (2024); Sarah Winans Newman Graduate Student Teaching Award (2025); published peer-reviewed papers
About
Huseyin is a PhD candidate in cell and developmental biology at the University of Michigan, focusing on membrane dynamics, intracellular trafficking, and the actin cytoskeleton. His research in phosphoinositide signaling reflects a passion for uncovering fundamental mechanisms relevant to cancer and human disease.
Discipline
Life Sciences & Health
Academic Achievements
Completed BS and MSc with high honor Recipient of the following grants/awards: University of Michigan Rackham Precandidate Graduate Student Research Grant (2022) University of Michigan Rackham Conference Travel Grant (2022) ASCB Travel Grant for LGBTQ+ community members (2022) ASCB Travel Grant for US-based graduate students (2022) LSI Cubed Research Grant (2024) University of Michigan Rackham Conference Travel Grant (2024) David and Michelle Kroin Family Scholarship Fund (2024) Sarah Winans Newman Graduate Student Teaching Award at University of Michigan (2025) Published following papers: Kocakaplan, D*., Karabürk, H*., Dilege, C., Kirdök, I., Bektas, S. N., & Caydasi, A. K. (2021). Protein phosphatase 1 in association with Bud14 inhibits mitotic exit in Saccharomyces cerevisiae. ELife, 10. https://doi.org/10.7554/elife.72833 Cheng C., Hu J., Mannan R., He T., Bhattacharyya R., Magnuson B., Wisniewski JP., Peters S, Karim SA., MacLean DJ., Karabürk H., Zhang L., Rossiter NJ., Zheng Y., Xiao L., Li C., Awad D., Mahapatra S., Bao Y., Zhang Y., Cao X., Wang Z., Mehra R., Morlacchi P., Sahai V., Pasca di Magliano M., Shah YM., Weisman LS., Morton JP., Ding K., Qiao Y., Lyssiotis CA., Chinnaiyan AM (2025). Targeting PIKfyve-driven lipid homeostasis as a metabolic vulnerabilityin pancreatic cancer. Nature, 10.1038/s41586-025-08917-z In press/to be submitted papers: Zheng Y., Cheng C., Cao Y., Cruz G., Zhang Y., Paturu R., Mahapatra S., Hu J., Mannan R., Karabürk H, Bhattacharyya R., Yin Y., Cao X., Xue H., Li C., Wang Z., Miner SJ ., Vaishampayan U., Sahai V., Weisman LS., Ding K., Lyssiotis CA., Wang Y., Qiao Y., Chinnaiyan AM (2026). Stress-Defined Dependency on PIKfyve Creates a Therapeutic Vulnerability in Neuroendocrine Prostate Cancer. Cancer Cell (submitted) Luo G*.., Karabürk, H*., Kreider-Letterman G., Reyes-Ordoñez A., Rivero-Rios P., Deng Y., Kovarzin A., Kumar GA., Lee YC., Benyair R., Chen S., Bristow E., Mucci CA., Ma X., Shree S., Sligar SG., Puthenveendu MA., Nesvizhskii AI., Parent CA., Chen J., Garcia-Mata R., Weisman LS (2026). PIKfyve promotes cell migration through Kindlin-2, a RAC1 activator, and ARHGAP17, a negative regulator of RAC1. Plos Biology (to be submitted) * these authors contributed equally
Teaching & Mentoring Experience
I've mentored several undergraduate students in the lab during my masters. I also was also a teaching assistant for general biology and biochemistry II lab courses during my master's studies. I've mentored several undergraduate students and a PhD student during my PhD studies so far. I also was a teaching assistant for graduate level cell biology course (CDB530) for one semester at University of Michigan and I received a competitive teaching award in excellence
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