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Identifying key players of nuclear envelope budding regulation in Drosophila
From the Parkhurst Lab, Basic Sciences Division
Spiraling inward to heal: a new mechanism for wound closure
From the Parkhurst Lab, Basic Sciences Division
Susan Parkhurst named Mark Groudine Endowed Chair for Outstanding Achievements in Science and Service
Chair honors her exceptional research into cells’ internal scaffolding, service to Fred Hutch
Beyond diabetes: the insulin pathway’s key role in cellular wound repair
From the Parkhurst Lab (Basic Sciences Division)
Pavarotti’s (actin) debut
From the Parkhurst lab, Basic Sciences Division
Good Ol' Fat: Fat accumulation and longevity in yeast
From the Gottschling and Parkhurst labs (Basic Sciences Division)
(Wash)ing the nuclear envelope
From the Parkhurst lab, Basic Sciences Division.
Good News: 8 Fred Hutch/UW researchers receive pilot awards
Celebrating faculty and staff achievements
Remembering Fred Hutch's Dr. Harold Weintraub 20 years later
20 years after Dr. Harold Weintraub’s death, his life — and his research — are still making a difference
Study reveals how cells’ nuclei keep their shape
Scientists discover a protein that keeps cellular nuclei from shriveling, a hallmark of old age and the premature-aging disease progeria
Discovery in fruit flies may provide insights into some poor prognosis leukemias
Finding from the Fred Hutchinson Cancer Research Center’s Basic Sciences Division newly identifies key protein function, potential therapeutic target
Tapscott Lab's Geng among Weintraub winners
Molecular and cell biologist Linda Geng is one of 13 recipients nationwide of the Center's 2012 Harold M. Weintraub Graduate Student Award
TAF Academy students discover what it means to be a scientist
New Center program with science-focused high school provides hands-on training throughout the school year
Experiencing a real life of science at 16
Changes to Center's minor work permit allows high-school students to perform 'real lab duties'
Teamwork solves a Hairy problem
Collaborative study yields new insight into Hairy protein-a master architect that orchestrates development of the fruit-fly embryo
Genetic Discovery in Fruit Flies May Open New Avenues for Understanding Cancer Growth in Humans
Finding also offers better testing ground for anti-cancer drugs