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Dysregulated purine metabolism produces profound neurodevelopmental defects
From the Kollman and Wills Labs, University of Washington Biochemistry Department
MGRN1 and ATRN cooperate to regulate melanocortin signaling
From the Kong Lab, University of Washington Biochemistry Department
Mapping the hidden diversity of pediatric brain tumors
From the Holland Lab, Human Biology Division
RNA accumulation turns an essential embryonic gene against muscle
From the Tapscott Lab, Human Biology Division
Down to the wire: Shorter timelines make better flu predictions
From the Bedford Lab, Vaccine and Infectious Disease Division
Hidden reactivation, active immunity: Mapping the immune response to HSV-2
From the Lund Lab, Vaccine and Infectious Disease Division
Naturally killing thymus regeneration
From the Dudakov Lab, Translational Science and Therapeutics Division
Made to last: engineering durable CAR-T cells
From the Peterson and Kiem Labs, Translational Science and Therapeutics Division
A new high-throughput method for flu vaccine strain selection
From the Bloom Lab, Basic Sciences Division
More than nutrition: How breast milk IgG trains infant immunity
From the Koch Lab, Basic Sciences Division
Foot on the gas: How RIT1 and YAP accelerate lung adenocarcinoma
From the Berger Lab, Human Biology Division
The hidden costs that come with a cancer diagnosis
From the Shankaran research group, Public Health Sciences Division
Financial stress is part of cancer care, too!
From the Jones research group, Public Health Sciences Division
A moving target: How spike’s shape determines immune escape in SARS-CoV-2
From the Bloom Lab, Basic Sciences Division
AMOTL2 multitasks to control cell growth and Zika virus infection
From the Overbaugh Lab, Human Biology Division
When on-target misses the mark: Lessons from HIV immunogens
From the McGuire Lab, Vaccine and Infectious Disease Division
Brain trust: HCMV hijacks host chromatin to induce dormant neuronal genes
From the Avgousti Lab, Human Biology Division
Guiding the attack: CXCR3 leads CAR T cells to pediatric brain tumors
From the Vitanza Lab, Seattle Children’s Research Institute, University of Washington and the Cancer Consortium
From Data to Diagnosis: GREGoR aims to demystify rare diseases
From the Genomics Research to Elucidate the Genetics of Rare Diseases (GREGoR) Consortium, including the Fred Hutch/University of Washington/Seattle Children’s Cancer Consortium
The making of a genome-guarding machine
From the Biggins Lab, Basic Sciences Division