UCSF

Tagged: mass spectrometry

Scooter Morris, PhD

Professional Researcher

QBI pioneers a collaborative and inclusive approach to scientific discovery

UCSF’s Quantitative Biosciences Institute (QBI), founded two years ago, is making waves with its unique approach to scientific collaboration, catalyzing discoveries from cancer to psychiatry while supporting female scientists and engaging with the public.

A pop-up repair shop for damaged neurons

Collaborative research holds promise for harnessing the nervous system’s own repair programs.

Taking a bite out of the proteome with PhaNGS

If DNA is the blueprint for every cell in the body, then proteins are the cell’s construction workers, forklifts, and building materials.

Unmasking a cellular hallmark of cancer

Scientists identify a signature of cancers caused by mutant RAS that may lead to precise therapies.

Crystal Zhou, PharmD

Assistant Professor

I am a passionate pharmacy educator who has had rigorous training in both the inpatient and outpatient realms. My passion lies in primary care and preventative medicine. I will be teaching the Applied Patient Care Skills course and working in an outpatient clinic to advance clinical pharmacy...

Research: Elusive drug targets; cell demolition enzymes; useful pharmacogenomics info

Predicting difficult-to-detect drug binding sites

Craik receives Protein Society’s Emil Thomas Kaiser Award

Charles S. Craik, PhD, faculty member in the School’s Department of Pharmaceutical Chemistry, has been named the 2016 recipient of the Protein Society’s Emil Thomas Kaiser Award.

Burlingame and Gross labs shed light on braking mechanisms in cellular signaling

How do cells that must respond rapidly and robustly to changes in the environment subsequently modulate that response so such elevated activity doesn’t prove harmful? Put another way: How do cells put the brakes on their response to external signaling in order to re-stabilize themselves?

Al Burlingame, PhD

Professor

My research interests focus on the development of state of the art methodologies in mass spectrometry for use in advancing our global knowledge of human biology, specifically the dynamic, epigenetic modulation and regulation of the proteome.

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