Results per Page:
Picking brains with new single-cell techniques
From the Singhvi and Setty Labs, Basic Sciences Division
Mapping molecules of an unsung brain cell
Fred Hutch researchers create a gene-expression map of glial cells in tiny worms, adding the missing component that completes for the first time an atlas of the entire nervous system of a multicellular adult animal at the molecular level
Kuni Foundation awards $7M to drive adult oncology research forward
Vancouver, Washington-based foundation supports innovative early-stage research on new potential therapies
Epithelial cells prevent neurons from “meandering”
From the Singhvi lab, Basic Sciences Division
Sniffing out new discoveries
Epithelial cells in the head of a tiny worm play a critical role in protecting the structure and function of key nervous system cells
Glial cells are more than our brain’s ‘glue’
Researchers uncover how underappreciated glia may play central role in sensory response
Eight Fred Hutch teams win Evergreen Fund awards
Research projects with commercial partnership potential receive grants of up to $200K
A little nervous system with big learning potential
From the Singhvi Lab, Basic Sciences Division
Too much of a good thing: pruning neurons to control behavior
From the Singhvi Lab, Basic Sciences Division
Tip Sheet: Latest research on COVID-19, health disparities, antibodies to parainfluenza, and neuron function
Summaries of recent Fred Hutch research findings and other news
Careful pruning guides neuron function
Accessory brain cells called glial cells nibble nerve cells to affect worm memory, behavior — even at the single-cell level