| Joshua Arribere |
Cellular quality control of gene expression |
| Vicki Auerbuch-Stone |
Innate Immune Responses to the Human Pathogen Yersinia pseudotuberculosis |
| Needhi Bhalla |
Meiotic Chromosome Dynamics |
| Hinrich Boeger |
Chromatin Structure and Gene Regulation |
| David Boyd |
Viral immunology, respiratory viruses, stromal cells, lung biology, lung extracellular matrix |
| Rebecca Braslau |
My research team uses synthetic organic chemistry to develop strategies to upcycle post-consumer PVC, to harvest the carbon atoms locked in this plastic waste by converting them into feedstock chemicals, while valorizing end-of-life PVC to prevent it from being landfilled or contaminating the environment. |
| Angela Brooks |
Transcriptome Analysis of RNA Splicing and Cancer |
| Manel Camps |
Use of Random Mutagenesis for Studies of Evolution and for Therapy |
| Susan Carpenter |
Long Noncoding RNA and Innate Immunity |
| Raquel Chamorro-Garcia |
Epigenetic mechanisms of genome-environment interactions and transgenerational inheritance in mouse models |
| Bin Chen |
Mammalian Brain Development |
| Bradley Colquitt |
Molecular mechanisms of behavioral development and evolution |
| Russell Corbett-Detig |
Population and Evolutionary Genomics, Bioinformatics |
| Valerie Cortez |
RNA viruses, epithelial biology, and mucosal immunology |
| Rebecca Dubois |
Structure, Function, and Engineering of Virus Proteins |
| Lars Fehren-Schmitz |
Human Palaeogenomics & Molecular Anthropology |
| David Feldheim |
The Generation of Neural Connections |
| Camilla Forsberg |
Mechanisms of Stem Cell Fate Decisions |
| Oliver Fregoso |
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| Ed Green |
Genome Sequence Assembly and Comparative Genome Analysis |
| Carol Greider |
Telomerase and Telomere Length Regulation |
| Grant Hartzog |
How Chromatin Influences Transcription |
| David Haussler |
Bioinformatics, Computational Genomic Data Analysis, Molecular Evolution and Comparative Genomics |
| Lindsay Hinck |
Cellular Interactions During Organogenesis and Tumorigenesis |
| Ted Holman |
Biochemical and Inhibitory Investigations into Lipoxygenase: a Possible Therapeutic for Stroke, Diabetes and Heart Disease |
| Alexander Ioannidis |
Computational genomics, precision health and machine learning in medicine |
| Tim Johnstone |
Medicinal bioinorganic chemistry; synthetic inorganic chemistry; nanoparticle drug delivery; inorganic spectroscopy; small-molecule X-ray crystallography; mammalian and microbiological cell culture |
| Vanessa Jonsson |
Computational systems immunology; Virus and antibody evolution; Treatment Optimization |
| Melissa Jurica |
Structure and Functional Analysis of Spliceosomes |
| Rohinton Kamakaka |
Chromosome Structure and Gene Regulation |
| Doug Kellogg |
Control of Cell Growth and Size |
| Marm Kilpatrick |
Ecology of Infectious Diseases and Population Biology |
| Daniel H. Kim |
Epigenomic Reprogramming by Long Noncoding RNA |
| Euiseok Kim |
Connectivity, function, development, and genetic identity of neural circuits |
| Jacqueline Kimmey |
Host pathogen interactions and dynamics in Streptococcus pneumoniae infection |
| Audrie Lin |
Role of the exposome in the biological embedding of childhood adversity |
| Sarah Loerch |
Structure and function of RNA-protein complexes, electron cryo-microscopy, biochemistry and biophysics, image processing |
| R. Scott Lokey |
Chemical Biology, Cyclic Peptides, Small Molecule Screening |
| Todd Lowe |
Computational and Experimental Discovery of Non-coding RNAs, Microbial Genomics, Extremophile Biology |
| John MacMillan |
Natural products chemistry, chemical biology, structural elucidation, cancer biology, microbial natural products |
| Shaun McKinnie |
Discovery and application of natural product biosynthetic enzymology and chemistry |
| Jaron Mercer |
Synthetic organic chemistry, protein evolution, chemical biology |
| Karen Miga |
Centromere sequence characterization, satellite DNA evolution, epigenetic annotation of repeat-rich regions |
| Glenn Millhauser |
Prions, Metallobiochemistry, Agouti and Melanocortin Signaling, Total Protein Synthesis |
| Karen Ottemann |
The Molecular Virulence Factors of Helicobacter pylori |
| Carrie Partch |
Molecular Mechanisms of Circadian Rhythmicity |
| Benedict Paten |
Genome Analysis and Precision Medicine |
| Michael Patnode |
Defining competitive relationships among members of the human gut microbiota as it relates to carbohydrate metabolism |
| Nader Pourmand |
Single Cell Analysis and Manipulation, Biosensor, Nanotechnology, DNA Sequencing |
| Matthew Romero |
Skeletal muscle biology, epigenetic regulation and metabolism |
| Seth Rubin |
Biochemical Mechanisms in Cell Growth and Division |
| Shelbi Russell |
Symbiosis, evolutionary genetics, molecular evolution, developmental biology, cell biology |
| Sofie Salama |
Molecular biology, Cell Biology, Stem Cells, Genomics, Neurobiology, Development, Cancer |
| Chad Saltikov |
Understanding the Molecular Biology and Ecology of Bacteria that Metabolize Toxic Metals |
| Laura Sanchez |
Mass spectrometry, small molecule communication, natural products, microbial communities, cancer |
| Jeremy Sanford |
Post Transcriptional Control of Gene Expression |
| Beth Shapiro |
Inferring the Evolutionary Dynamics of Species and Populations Using Genome-scale Data Sampled Over Time |
| Tal Sharf |
Mapping human neuronal circuitry |
| Ali Shariati |
Cell division cycle, cellular differentiation, cell fate decision, genome engineering, pluripotency, stem cells, transcription, chromatin |
| Upasna Sharma |
Epigenetics, RNA, chromatin and transcriptional regulation, reproduction, genomes |
| Alexander Sher |
Neural Circuits: Function, Development, and Treatment |
| Shaheen Sikandar |
Functional Heterogeneity Among Normal and Cancer Stem Cells |
| Marilou Sison-Mangus |
Microbial Ecology, Evolutionary Biology |
| Aleksandra Skrajna |
We are using interdisciplinary approaches, including proteomics and cryo-EM to study chromatin structure and function. |
| Donald Smith |
Molecular and Functional impacts of Neurotoxic Agents |
| Michael Stone |
Structure and Dynamics of Telomeres and Telomerase |
| Josh Stuart |
Computational Functional Genomics, with Application to Integrative Analysis of Cancer |
| Bill Sullivan |
Cell Cycle, Cytoskeleton, and Host-pathogen Interactions |
| Mircea Teodorescu |
Robotics, bioengineering and bioelectronics |
| Dan Turner-Evans |
Neuroscience, dynamical systems, microcircuits, and structure-function relationships |
| Olena Vaske |
Genomics of pediatric cancers and rare diseases |
| Christopher Vollmers |
DNA Sequencing Tools for the Analysis of B cells |
| Zhu Wang |
Prostate Development and Cancer, Tissue Stem Cells |
| Jordan Ward |
Probing C. elegans development, cellular differentiation, and parasitic disease |
| Andy Yeh |
Protein design/engineering for molecular probes and biosensors |
| Fitnat Yildiz |
Molecular Mechanisms of Biofilm Formation in Vibrio cholerae |
| Al Zahler |
Alternative Pre-mRNA Splicing Regulation and the Biological Role of Small RNAs |
| Yi Zuo |
Synapse Plasticity and Learning/Memory |
