Hutch News

Sleepy cells rely on Sir2 to remodel their DNA landscape

Sleepy cells rely on Sir2 to remodel their DNA landscape

From the Tsukiyama Lab, Basic Sciences Division
Science SpotlightFebruary 07, 2025
Acidic media favor entry of yeast into quiescence

Acidic media favor entry of yeast into quiescence

From the Tsukiyama lab, Basic Sciences Division
Science SpotlightApril 17, 2024
Actively inactive: the regulation of RNA during quiescence in yeast cells

Actively inactive: the regulation of RNA during quiescence in yeast cells

From the Tsukiyama Lab, Basic Sciences Division
Science SpotlightJanuary 31, 2024
Chromatin fibers: oh what a tangled web we weave

Chromatin fibers: oh what a tangled web we weave

From the Tsukiyama Lab, Basic Sciences Division
Science SpotlightJanuary 17, 2022
Rude Awakening: examining the cell’s rapid recovery from quiescence

Rude Awakening: examining the cell’s rapid recovery from quiescence

From the Tsukiyama lab, Basic Sciences Division
Science SpotlightJuly 19, 2021
Condensing DNA in dormancy

Condensing DNA in dormancy

From the Tsukiyama lab, Basic Sciences Division
Science SpotlightFebruary 18, 2019
Chromatin remodeling at the yeast ribosomal DNA locus

Chromatin remodeling at the yeast ribosomal DNA locus

From the Tsukiyama lab, Basic Sciences Division
Science SpotlightDecember 17, 2018
Fred Hutchinson Cancer Research Center scientist wins three-year Leukemia & Lymphoma Society grant

Fred Hutchinson Cancer Research Center scientist wins three-year Leukemia & Lymphoma Society grant

Jeffrey McKnight's $165,000 Fellow Award will support studies into epigenetic changes associated with cellular quiescence in yeast
Hutch NewsMarch 19, 2013