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 April 11, 2021
Outwitting the foe: predicting evolved antibody escape in SARS-CoV-2
From the Bloom Lab (Basic Sciences Division)
Beyond diabetes: the insulin pathway’s key role in cellular wound repair
From the Parkhurst Lab (Basic Sciences Division)
Taking the long way ‘round: the circuitous molecular route to DNA repair
From the Smith Lab, Basic Sciences Division
Neutralizing the foe: tracking the immune response to SARS-CoV-2 infection
From the Bloom Lab, Basic Sciences Division
Oncohistones: A Vicious Cycle
From the Henikoff lab, Basic Science Division, and the Olson lab, Clinical Research Division
Pulling it together: Uncovering a role for chTOG at the kinetochores
From the Biggins Lab, Basic Sciences Division
Probing the evolution of Influenza at high resolution
From the Bloom Lab, Basic Sciences Division
Is that a Chi site? How to fool a smart enzyme
From the Smith Laboratory, Basic Sciences Division
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
Centromeric proteins find their own niche
From the Malik Lab, Basic Sciences Division
Connect-seq: A new neuron detective around the block
From the Buck lab, Basic Sciences Division
Ways to improve body image in Drosophila
From the Rajan lab, Basic Sciences Division
An unconventional partnership encourages neuron migration
From the Cooper Lab, Basic Sciences Division
Remembering Dr. Ron Reeder, molecular biologist-turned-photographer
Renaissance man and expert in gene regulation had enduring impact on Fred Hutch’s Basic Sciences Division
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)
UPF1 as the ultimate reaper: degrading mRNAs and proteins
From the Bradley Laboratory (Public Health and Basic Sciences Divisions)
Stalled ribosomes get bumped off
From the Subramaniam Laboratory, Basic Sciences Division