Hie‐Won Kim
Papers
1
Total Citations
76
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About
Hie‐Won Kim is a leading molecular biologist whose research centers on cellular stress responses, particularly hypoxia signaling and its regulation of gene expression. Her groundbreaking work employs advanced genomic techniques, such as subtractive suppression hybridization and cDNA microarray analysis, to uncover novel pathways activated under low-oxygen conditions. In her highly cited 2001 study, Kim identified the dual-specificity phosphatase MAPK phosphatase-1 (MKP-1) as a hypoxia-induced gene, revealing a critical feedback mechanism that modulates MAPK signaling during oxygen deprivation. This discovery, which has garnered 76 citations, provided key insights into how cells adapt to hypoxic stress and opened new avenues for understanding diseases like cancer and ischemia, where hypoxia plays a central role. Kim’s contributions have significantly advanced the field of cellular adaptation, demonstrating how systematic genomic approaches can reveal hidden regulatory networks. Her work remains essential reading for researchers exploring hypoxia, phosphatase regulation, and stress-responsive signaling cascades, highlighting her lasting impact on molecular and cellular biology.
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