Results per Page:
Do we still need an HIV vaccine now that we have a twice-a-year prevention shot?
From the Kublin lab, Vaccine and Infectious Disease Division
CARD8: the ‘tripwire’ inside cells that alerts the body to HIV
From the Emerman and Mitchell labs, Human Biology Division and University of Washington
Beating cancer and protecting the heart? the hidden perks of endocrine therapy
From the Greenlee group, Cancer Prevention Program and Public Health Science Division
A sugar-loaded diet doesn’t just go to your hips; it might also stop your brain from taking out the trash
From the Rajan lab, Basic Science Division
SARS-CoV-2 nsp1 puts translation on mute across mammalian species
From the Campbell and Lapointe Labs, Basic Sciences Division, and the Veesler lab, University of Washington
Muscleblind proteins revealed to have a new role as anti-tumor agents
From the Bradley lab, Biostatistics and Computational Biology Program and Public Health Sciences and Basic Sciences Divisions. By J Landazuri
Your ZIP Code Can Help Inform your Survival Chances: Access Gaps in AML Treatment
From the Sorror group, Clinical Research Division
Assessing the Feasibility of Survivorship Care Plans for Latino/Hispanic Cancer Survivors
From the Chow group, Clinical Research Division
One shot to save lives: Can a single HPV vaccine dose do the trick in children living with HIV?
From the Duerr lab, Vaccine and Infectious Disease Division
Breaking down barriers to clinical trial participation for people living with HIV
From the Menon group, Vaccine and Infectious Disease Division
Identificación de anticuerpos potentes y ampliamente neutralizantes contra los sarbecovirus, incluidos el SARS-CoV-1 y el SARS-CoV-2
Del Laboratorio Overbaugh, División de Biología Humana
Identification of potent and broadly-neutralizing antibodies against sarbecoviruses including SARS-CoV-1 and SARS-CoV-2
From the Overbaugh lab, Human Biology Division
Un huevo de oro en la investigación sobre pandemias: la cartografía de las mutaciones en la hemaglutinina H5
Del laboratorio de Bloom, Departamento de Ciencias Básicas
Diseño de proteínas de novo para degradar proteínas indeseadas
Del laboratorio Baker de la Universidad de Washington y del programa de Biología Básica del Cáncer del Consorcio del Cáncer.
Cracking the egg: mapping mutations in H5 hemagglutinin
From the Bloom lab, Basic Sciences Division
Unmasking Lassa virus glycoprotein: Mutations that enable antibody escape
From the Bloom lab, Basic Sciences Division
De novo proteins to degrade unwanted proteins
From the Baker lab, University of Washington and Cancer Basic Biology program of the Cancer Consortium
Uncovering key factors influencing vaccination decisions for Hispanic children
From the Ko Group, Fred Hutch Public Health Sciences Division, and the University of Washington
Histone mark profiling identifies KLF7 as critical for CAR-T cell proliferation
From the Henikoff lab, Translational Science and Therapeutics and Basic Sciences Divisions
An eHealth program for a healthier lifestyle
From the Greenlee Group, Public Health Sciences Division and Cancer Epidemiology, Prevention and Control Program of the Cancer Consortium