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University of California, Berkeley

United States · QS #12
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Programs73
Departments8
Professors508
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143 professors

Jeremy Thorner

Biology
Transmembraneintracellular signal transduction mechanisms are the focus of our groupespecially understanding how extracellular stimuli control cell growth

John Gerhart

Biology
We study the early development of the amphibianXenopus laevisparticularly the development of Spemann's organizer

John G. Flannery

Biology
Molecular Biologywhich afflict 1 in 3000 people worldwidearise primarily from mutations in transcripts expressed in rod

John Kuriyan

Biology
Our lab studies the mechanismsevolutionbiophysical

John Ngai

Biology
Our lab is interested in understanding the molecularcellular mechanisms underlying the functiondevelopment

Judith Klinman

Biology
combines kineticspectroscopicstereochemical

Kathleen Collins

Biology
Biochemistrybiologybiotechnology of eukaryotic retroelements

Kristin Scott

Biology
We study taste recognition in the fruit flyDrosophila Melanogastergenetic

Kunxin Luo

Biology
We are interested in the signal transduction pathways that regulate developmenthuman cancer

Laurent Coscoy

Biology
a family of large DNA viruses that efficiently produce persistent infectionsdisease in their ho

Lin He

Biology
In comparative genomic studiesmolecular regulation of various non-coding RNAs in developmenttum

Lorenzo Lones

Biology
My research group uses mixed methods (quantitativesense of belongingpersistence in STEM

Margaux Pinney

Biology
molecular switches control signalingmembrane proteins connect cells to their environment. Traditional biochemistrythough powerful

Mark Alper

Biology

Marla Feller

Biology
where we use two-photon imagingelectrophysiologya variety of anatomical approaches to address two major questions. First

Matthew Welch

Biology
with the overall goals of revealing crucial mechanisms of infectious disease

Max Staller

Biology
Transcriptional regulation is essential for developmentstress responsesactivation domains. DNA binding domains are conserved

Megan Martik

Biology
migratory behaviorbroad ability to differentiate into derivatives as diverse as cardiomyocytescraniofacial skeleton

Meng-meng Fu

Biology
Our lab goal is to understand glial function at the animalcellmolecular level in order to elucidate mechanisms of normal development

Michael B. Eisen

Biology
My lab studies how the genomic sequences that control gene expression functionthe belief that many differences in physiologymorphology

Michael Botchan

Biology
replicationfoldingstructure

Michael Marletta

Biology
biology with a particular emphasis on the study of protein functionenzyme reaction mechanismseukaryotes