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Snapping the histone CENP-A in place for high-fidelity cell division requires supervision
From the Biggins Lab, Basic Sciences Division
Histone mark profiling identifies KLF7 as critical for CAR-T cell proliferation
From the Henikoff lab, Translational Science and Therapeutics and Basic Sciences Divisions
Histone variants: new versions of ancient genes
From the Malik Lab, Basic Sciences Division
Viral histone-like protein co-opts host proteins to hijack cell cycle regulation
From the Avgousti Lab, Human Biology Division
You’ve got something in your eye: cellular reprogramming in development and cancer
From the Henikoff Lab, Basic Sciences Division
Two Fred Hutch postdocs named 2021 Damon Runyon Fellows
Awards to Drs. Edie Crosse and Ching-Ho Chang fund ‘creative, high-risk projects’ in cancer research
Fundamental proteins that guide embryo development are co-opted by cancer
Researchers discover why some critical DNA-packaging proteins called histones evolve rapidly — and may give cancer a boost
Short H2A histones, part II: a natural-born oncogene lurking in our genomes
From the Malik, Henikoff, Bleakley, and Bradley labs, Basic Sciences Division
Short H2A histones, part I: parental conflict at the evolutionary scale
From the Malik and Henikoff labs, Basic Sciences Division
Oncohistones: A Vicious Cycle
From the Henikoff lab, Basic Science Division, and the Olson lab, Clinical Research Division
Adaptive evolution of testis-specific histones: a SeXY conflict?
From the Malik Lab, Basic Sciences Division
Good News: Henikoff Lab celebrates 35 years; Hutch writer earns journalism award; Pat Heath wins coveted Wyckoff award; Hutch vanity plate signatures at 2,300
Celebrating faculty and staff achievements