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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 September 20, 2020
How COVID-19 has opened science
An urgent search for answers promotes a faster, freer exchange of ideas
A cure for herpes? There is progress to report
Mouse studies show gene therapy can cause big drop in latent infections
What's with the spikes?
Those structures that give coronavirus its name might be SARS-CoV-2’s weak point
Coronavirus outbreak puts 'open science' under a microscope
Quick release of data could stop an epidemic, disrupt how research is reported
Predicting lower respiratory disease in transplant patients
From the Boeckh lab, Vaccine and Infectious Disease Division
Lab partners: two viruses work together only in cell culture
From the Bloom Lab, Basic Sciences Division
High-Risk HPV Impairs the Homologous Recombination Pathway
From the Galloway Lab, Human Biology Division
Deciphering how influenza escapes neutralizing antibodies
From the Bloom Laboratory, Basic Sciences Division
Bezos family gives $35 million to Fred Hutch
‘What we are really giving is the gift of time’; funds will be invested in more world-class faculty to speed cures for cancer patients
Real-time tool for predicting outbreaks advances in Open Science Prize competition
Nextstrain, which tracks viral mutations, wins first phase of international competition
Zika virus: 6 key things we don’t yet know
From lack of data to inconclusive blood tests to the unique challenges of pregnancy, experts weigh in on the knowledge gaps in this emerging infection
HIV’s unusual family tree
How the virus leapt from monkeys to chimps to humans, and why it doesn’t happen more often
Good News at Fred Hutch
Researchers led by Dr. Ulrike Peters identify six new gene locations for colorectal cancer risk; Drs. Tera Levin and Alistair Russell named Damon Runyon Fellows
Searching for hidden chinks in the immune system's armor
Keith Jerome's research on virus-infected cells yields insight on ways viruses and cancer escape capture from the body's immune system