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He studies the biology of programmed cell death, or apoptosis, the process by which cells commit suicide when diseased or no longer needed. His research focuses on cell-death processes that are defective in many cancer cells, allowing them to grow unchecked. His team explores how cell metabolism — the step-by-step processes cells use to break down nutrients — is used to control programmed cell death in both normal and cancer cells. Cancer cells use a variety of metabolic processes to suppress apoptosis, and Dr. Hockenberry’s team is exploring how these same processes might affect the performance of immune cells in the presence of infectious agents or cancer.
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论文共 184 篇作者统计合作学者相似作者
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BONE MARROW TRANSPLANTATIONno. SUPP1 (2023): 326-326
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Fionnuala Morrish, Helene Gingras, Joanna Noonan, Li Huang,Ian R Sweet,Iok Teng Kuok, Sue E Knoblaugh,David M Hockenbery
biorxiv(2023)
Pamela S. Schwartz, Michael K. Manion, Christine B. Emerson, John S. Fry, Craig M. Schulz,Ian R. Sweet,David M. Hockenbery
crossref(2023)
Pamela S. Schwartz, Michael K. Manion, Christine B. Emerson, John S. Fry, Craig M. Schulz,Ian R. Sweet,David M. Hockenbery
crossref(2023)
Pathology of Graft vs. Host Diseasepp.143-156, (2019)
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