Hutch News
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New Scientific Publications
Each week, Fred Hutch librarians search PubMed and Web of Science to discover new papers published by Fred Hutch authors
Week of June 28, 2020
Mixing antibodies in silico: is more better?
From the Bloom Lab, Basic Sciences Division
Painting the vagus topographic map with a gRAdient
From the Moens Lab, Basic Sciences Division
Cracking the code of HIV-1 entry into macaque cells
From the Bloom lab (Basic Sciences Division) and Overbaugh lab (Human Biology and Public Health Sciences Divisions).
Centromeric proteins find their own niche
From the Malik Lab, Basic Sciences Division
(Wash)ing the nuclear envelope
From the Parkhurst lab, Basic Sciences Division.
A (BAF)ling story of nuclear envelope repair
From the Hatch lab, Basic Sciences Division.
The TFIID SAGA: new roles in transcription
From the Hahn lab, Basic Sciences Division.
Catching CRISPR/Cas9 in (Pig Farm)
From the Bradley lab, Basic Sciences and Public Health Sciences Divisions
Ways to improve body image in Drosophila
From the Rajan lab, Basic Sciences Division
Chromosomes are safer with Stu2
From the Biggins lab, Basic Sciences Division
Scanning hemagglutinin to predict the future of flu
From the Bloom Lab, Basic Sciences Division and Bedford Lab, Vaccine and Infectious Disease Division
Chromosome segregation requires con-CENP-T-ration
from the Biggins lab, Basic Sciences Division
Unlocking a new path for cystine-dense peptides
From the Olson Lab, Clinical Research Division and the Strong Lab, Basic Sciences and Vaccine and Infectious Disease Divisions
Fred Hutch announces 2018 Harold M. Weintraub Graduate Student Award recipients
Thirteen graduate students selected for prestigious award in biological sciences
A killer is revealed: kambucha yeast poison their competitors
From the Malik, Smith, and Zanders Laboratories (Basic Sciences Division, Fred Hutch and the Stowers Institute)
Tracking influenza evolution within individual patients may help predict trends
From the Bloom Laboratory , Basic Sciences Division
Retargeting homing endonucleases to cleave new DNA sequences
From the Stoddard Laboratory (Basic Sciences Division)
Stalled ribosomes get bumped off
From the Subramaniam Laboratory, Basic Sciences Division
It's asymmetric: the molecular structure of gap junctions
From the Moens Laboratory, Basic Sciences Division
Jump in the LinE to recombine
From the Smith Lab (Basic Sciences Division)