| Cell Cycle and Cell Growth Control |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Darrell Bigner |
Professor of Pathology |
Neuropathology; viral oncology; chemical carcinogenesis. |
| Perry Blackshear |
Adjunct Professor of Biochemistry |
Protein phosphorylation and biosynthesis in the action of hormones and cell growth. |
| Gerard Blobe |
Associate Professor of Pharmacology and Cancer Biology |
Cancer biology, vascular biology, signal transduction, TGF-beta superfamily signaling, cellular trafficking, co-receptors |
| Gayathri Devi |
Associate Professor of Pathology |
Cancer Biology: regulation of apoptosis in therapeutic resistance, tumor-immune microenvironment, growth factor receptors, genomics |
| Steve Haase |
Assistant Professor of Biology |
Genetic, genomic, molecular, and cellular approaches to understanding cell cycle regulation in yeast. Cyclin dependent kinase control of centrosome duplication. |
| Randy Jirtle |
Professor of Pathology |
Epigenetic basis of human disease. |
| Sally Kornbluth |
Professor of Pharmacology and Cancer Biology |
Regulation of apoptosis and control of mitotic entry. |
| Daniel Lew |
Professor of Pharmacology and Cancer Biology |
Cell cycle control and the control of cell polarity. |
| David MacAlpine |
Assistant Professor of Pharmacology and Cancer Biology |
Genomic approaches to understanding how the molecular architecture of the chromosome regulates DNA replication. |
| Jeffrey Marks |
Associate Professor of Pathology |
Investigation of the etiology and progression of breast and ovarian cancer. |
| Anthony Means |
Nanaline H. Duke Professor of Pharmacology and Cancer Biology |
Intracellular signalling pathways that affect cell cycle progression; calcium receptor functions. |
| Jeffrey Rathmell |
Assistant Professor of Pharmacology and Cancer Biology |
Molecular and metabolic mechanisms of lymphocyte growth and apoptosis. |
| David Sherwood |
Assistant Professor of Biology |
Genetic and molecular analysis of cell-invasion in C. elegans |
| Robert Wechsler-Reya |
Associate Professor of Pharmacology and Cancer Biology |
Role of Sonic Hedgehog Signaling in Neural Development and Cancer. |
| Cellular Biophysics |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Vann Bennett |
James B. Duke Professor of Cell Biology |
Membrane-cytoskeletal interactions in mammalian brain and other tissues. |
| Perry Blackshear |
Adjunct Professor of Biochemistry |
Protein phosphorylation and biosynthesis in the action of hormones and cell growth. |
| Nicolas Buchler |
Assistant Professor of Biology |
Molecular mechanisms and the evolution of switches and oscillators in gene networks; systems biology; comparative genomics |
| Sharyn Endow |
Professor of Cell Biology |
Microtubule motor proteins involved in spindle function; chromosome movement in meiosis and mitosis. |
| Harold Erickson |
Professor of Cell Biology |
Protein self assembly; cytoskeleton and extracellular matrix |
| Sally Kornbluth |
Professor of Pharmacology and Cancer Biology |
Regulation of apoptosis and control of mitotic entry. |
| William Kraus |
Assistant Professor of Cell Biology |
Skeletal muscle gene regulation in exercise physiology and disease. In vivo (human and animals) and in vitro work. Human genetics. |
| Terry Lechler |
Assistant Professor of Cell Biology |
Development and morphogenesis of the skin and the intestine. |
| Seok-Yong Lee |
Assistant Professor of Biochemistry |
Structure-function studies of integral membrane proteins responsible for ion transport using X-ray crystallography, biophysics and electrophysiology. |
| Thomas McIntosh |
Professor of Cell Biology |
Membrane structure; membrane rafts |
| Christopher Nicchitta |
Associate Professor of Cell Biology |
Protein and mRNA trafficking. Chaperone immunobiology. |
| Terrence Oas |
Associate Professor of Biochemistry |
Mechanisms of protein folding and other conformational changes |
| Jo Rae Wright |
Professor of Cell Biology |
Pulmonary physiology; surfactant biochemistry |
| Developmental Biology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Amy Bejsovec |
Associate Professor of Biology |
Specification of cell fates during Drosophila development, the role of intercellular signaling in pattern formation and oncogenic processes. |
| Michel Bagnat |
Assistant Professor, Cell Biology |
Our laboratory is interested in studying how basic cellular processes define the shape, size and function of complex multicellular structures such as organs. |
| L. Ryan Baugh |
Assistant Professor, Biology |
Nutritional control of development |
| Philip Benfey |
Professor of Biology |
Plant Developmental Genetics and Genomics |
| Blanche Capel |
Associate Professor of Cell Biology |
Sex determination; ovary and testis organogenesis; germ cell biology; vascular development. |
| Cagla Eroglu |
Assistant Professor of Cell Biology |
Synapse formation in the CNS: Role of astrocytes in synapse formation |
| Brigid Hogan |
Professor of Cell Biology |
Mammalian development and organogenesis; primordial germ cells and stem cells. |
| Daniel Kiehart |
Professor of Biology |
Biophysical approaches to cellular, molecular and developmental biology |
| John Klingensmith |
Associate Professor of Cell Biology |
Molecular genetics of mammalian development and birth defects. |
| Motonari Kondo |
Assistant Professor of Immunology |
Commitment of hematopoietic stem cells, lymphocyte development, cytokine receptor signaling. |
| Chay T. Kuo |
Assistant Professor of Cell Biology |
Function and application of postnatal neural stem cells in health and disease. |
| Terry Lechler |
Assistant Professor of Cell Biology |
Development and morphogenesis of the skin and the intestine. |
| Elwood Linney |
Professor of Molecular
Genetics & Microbiology |
Retinoic acid receptors as part of an embryonic repressive system; and sensitivity of the embryonic nervous system to chemicals that affect neuronal signaling |
| David McClay |
Arthur S. Pearse Professor of Biology |
Germ layer specification, gene regulatory networks, adhesion at gastrulation, and patterning cues during morphogenesis. |
| Richard Mooney |
Associate Professor of Neurobiology |
Neural mechanisms of learning and memory, especially the regulation at the cellular level for learned vocalizations in songbirds. |
| Ann Marie Pendergast |
Professor of Pharmacology and Cancer Biology |
Role of the Abl tyrosine kinase in cell growth and transformation |
| Kenneth Poss |
Assistant Professor of Cell Biology |
Modeling disease and regeneration in zebrafish. |
| Tannishtha Reya |
Assistant Professor of Pharmacology and Cancer Biology |
Regulation of Hematopoietic Stem Cell Self-renewal and Commitment. |
| Theodore Slotkin |
Professor of Pharmacology and Cancer Biology |
Developmental neurobiology, neuropharmacology and neurotoxicology. |
| Barry Stripp |
Professor of Cell
Biology |
Basic and translational studies defining endogenous epithelial stem/progenitor cells of airways and their contribution to tissue repair and remodeling. |
| Tai-ping Sun |
Professor of Biology |
Molecular genetics of plant growth hormones; environmental and developmental regulation of gibberellin biosynthesis and signal transduction. |
| Fan Wang |
Professor of Cell Biology |
Neural circuit development in mouse somatic sensory system. |
| Anne E. West |
Assistant Professor of Neurobiology |
Molecular Mechanisms of Neuronal Activity-dependent Synapse Development |
| Yuan Zhuang |
Associate Professor of Immunology |
Transcriptional regulation of lymphocyte differentiation and development. Animal models for autoimmune diseases. |
| Enzymology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Michael Been |
Professor of Biochemistry |
Mechanism, structure and regulation of self-cleaving RNA |
| Arno Greenleaf |
Professor of Biochemistry |
Enzymology of gene expression: 1) CTD kinase and RNA polymerase II hyperphosphorylation; 2) PhosphoCTD-associating proteins and organization of nuclear functions. |
| Tao-shih Hsieh |
Professor of Biochemistry |
Chromosome structure and function; structure, function, and mechanism of DNA topoisomerase. |
| Salvatore Pizzo |
Professor of Pathology |
Fibrinolysis; antigen presentation; proteinase inhibitors. |
| Christian Raetz |
George B. Geller Professor of Biochemistry |
Membrane biochemistry; molecular genetics and bioinformatics of lipid synthesis; structure, biosynthesis and function of bacterial endotoxins; structural lipidomics. |
| David Richardson |
Professor of Biochemistry |
Structural Bioinformatics: concepts & computer tools to visualize, analyze, and correct protein & RNA structures |
| Jane Richardson |
Professor of Biochemistry |
3D structural bioinformatics of protein and RNA: structures, interactions, motions, & design; techniques for improving model accuracy |
| Leonard Spicer |
Professor of Biochemistry |
Structure-function studies of proteins using high field NMR techniques; physical biochemistry |
| Genetics |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Alejandro Aballay |
Assistant Professor of Molecular Genetics & Microbiology |
Innate Immunity and Microbial Pathogenesis. |
| Hubert Amrein |
Associate Professor of Genetics |
Functional Analysis of Drosophila Chemosensory Receptor Proteins; Drosophila Courtship and Circadian Behavior |
| Nancy Andrews |
Professor of Pharmacology and Cancer Biology |
A genetic approach to iron biology |
| Blanche Capel |
Associate Professor of Cell Biology |
Sex determination; ovary and testis organogenesis; germ cell biology; vascular development. |
| Maria Cardenas-Corona |
Associate Research Professor of Molecular Genetics & Microbiology |
Mechanisms of Signaling by the targets of rapamycin: the TOR kinases. |
| Jen-Tsan Ashley Chi |
Assistant Professor of Molecular Genetics & Microbiology |
Genomic approaches to analyze the lactic acidosis response in cancer and erythroycte microRNA in human anemia disorders |
| Christopher Counter |
Associate Professor of Pharmacology and Cancer Biology |
Molecular mechanisms of cell immortalization and transformation |
| Gregory Crawford |
Assistant Professor of Genetics and
Genomics |
Genome-wide identification and characterization
of gene regulatory elements |
| Bryan Cullen |
Professor of Molecular Genetics & Microbiology |
Role of microRNAs in oncogenic herpesvirus latency |
| Fred Dietrich |
Assistant Professor of Molecular Genetics & Microbiology
|
Genetics and Genomics of fungal pathogens and of Saccharomyces cerevisiae. |
| Xinnian Dong |
Professor of Biology |
Response of plants to pathogens; molecular and genetic investigation of the signal transduction pathways activating plant defense genes. |
| Sharyn Endow |
Professor of Cell Biology |
Microtubule motor proteins involoved in spindle function; chromosome movement in meiosis and mitosis. |
| Mariano Garcia-Blanco |
Professor of Genetics |
Role of alternative splicing in cell transformation and metastasis |
| Steve Haase |
Assistant Professor of Biology |
Genetic, genomic, molecular, and cellular approaches to understanding cell cycle regulation in yeast. Cyclin dependent kinase control of centrosome duplication. |
| Joseph Heitman |
Chair and James B. Duke Professor of Molecular Genetics & Microbiology |
Signaling cascades regulating filamentous growth and virulence of yeast and pathogenic fungi. Genetic analysis of immunosuppressive drug action. |
| Michael Hershfield |
Professor of Biochemistry |
Genetic and biochemical studies of inherited diseases of purine metabolism. |
| Brigid Hogan |
Professor of Cell Biology |
Mammalian development and organogenesis; primordial germ cells and stem cells. |
| Yong-Hui Jiang |
Assistant Professor of Neurobiology |
Genetic and epigenetic analysis of genomic imprinting and neurodevelopmental disorders in human and mouse models |
| Randy Jirtle |
Professor of Pathology |
Epigenetic basis of human disease. |
| Daniel Kiehart |
Professor of Biology |
Biophysical approaches to cellular, molecular and developmental biology |
| John Klingensmith |
Associate Professor of Cell Biology |
Molecular genetics of mammalian development and birth defects. |
| Virginia Kraus |
Associate Professor of Pathology |
Molecular pathogenesis of arthritis; genetics of osteoarthritis; metalloproteinases. |
| Ken Kreuzer |
Professor of Biochemistry |
DNA replication and repair in cancer |
| Meta Kuehn |
Associate Professor of Biochemistry |
Biochemical and genetic analysis of secretory membrane vesicles produced by pathogenic bacteria. |
| Daniel Lew |
Professor of Pharmacology and Cancer Biology |
Cell cycle control and the control of cell polarity. |
| Douglas Marchuk |
Professor of Genetics |
Molecular genetics and cell biology of inherited human disease, with particular emphasis on the cardiovascular system. |
| Hiroaki Matsunami |
Assistant Professor of Molecular Genetics and Microbiology |
Molecular mechanisms underlying odorant and pheromone recognition in mammals |
| John McCusker |
Associate Professor of Molecular Genetics & Microbiology |
Genetic and molecular analysis of fungal pathogenesis. |
| Joseph Nevins |
James B. Duke Professor of Molecular Genetics & Microbiology |
Mechanisms of action of DNA tumor virus oncoproteins |
| Thomas Petes |
Minner Geller Professor of Molecular Genetics and Microbiology |
Genetic regulation of genome stability in yeast; meiotic recombination |
| Kenneth Poss |
Assistant Professor of Cell Biology |
Modeling disease and regeneration in zebrafish. |
| Sue Robertson |
Associate Professor of Molecular Genetics and Microbiology |
Regulation of genome stability in yeast; homologous recombination and mutagenesis. |
| Howard Rockman |
Professor of Cell Biology |
Molecular mechanisms of hypertrophy and heart failure using transgenic and gene targeted mouse models. |
| Laura Rusche |
Assistant Professor of Biochemistry |
Formation and function of repressive chromatin. |
| Patrick C. Seed |
Assistant Professor of Molecular Genetics and Microbiology |
Elucidating the Molecular Pathogenesis of Urinary Tract Infections. |
| David Sherwood |
Assistant Professor of Biology |
Genetic and molecular analysis of cell-invasion in C. elegans |
| Bruce Sullenger |
Professor of Genetics |
RNA Therapeutics |
| Beth Sullivan |
Assistant Professor of Molecular Genetics and Microbiology |
Epigenetic/epigenomic mechanisms of chromosome structure and function, centromere and heterochromatin organization, and genome stability. |
| Dennis Thiele |
Professor of Pharmacology and Cancer Biology |
Molecular biology and genetics of iron and copper in growth and development; stress gene expression in diseases of protein folding. |
| Daniel Tracey |
Assistant Professor of Cell Biology |
Isolation of genes required for sensory processing: mechanotransduction, thermotransduction, processing of RNA in neuronal dendrites, animal behavior, nociception. |
| Shyam Unniraman |
Assistant Professor of Immunology |
Repair choices during somatic hypermutation, class switch recombination and tumorigenesis |
| Rytas Vilgalys |
Professor of Biology |
Phylogenetic biology and natural history of fungi, including molecular phylogeny and population genetics of medically important species. |
| Tso-Pang Yao |
Associate Professor of Pharmacology and Cancer Biology |
Functional dissection of the role of protein acetylation and deacetylation in signal transduction pathways, particularly in the context of cancer formation. |
| Immunology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Soman Abraham |
Professor of Pathology |
Mechanisms and consequences of the molecular interactions occurring between pathogenic bacteria and inflammatory cells. |
| Jen-Tsan Ashley Chi |
Assistant Professor of Molecular Genetics & Microbiology |
Genomic approaches to analyze biological systems and disease |
| Jörn Coers |
Assistant Professor of Molecular Genetics & Microbiology |
Understanding the interplay between pathogens and innate immune responses of the mammalian host. |
| Gayathri Devi |
Associate Professor of Pathology |
Cancer Biology: regulation of apoptosis in therapeutic resistance, tumor-immune microenvironment, growth factor receptors, genomics |
| Laura Hale |
Associate Professor of Pathology |
Pathogenesis and treatment of inflammatory bowel disease; mucosal immunology, including oral vaccines |
| Barton Haynes |
Professor of Immunology |
Vaccine development for viral diseases |
| You-Wen He |
Assistant Professor of Immunology |
T lymphocyte development and apoptosis. Innate immune response. T lymphocyte memory formation. |
| Michael Krangel |
Professor of Immunology |
V(D)J recombination; chromatin structure; developmental regulation of T cell receptor genes. |
| Qi-Jing Li |
Assistant Professor of Immunology |
MicroRNAs in immunoregulation |
| Marcella Sarzotti-Kelsoe |
Assistant Research Professor of Immunology |
T and B cell reconstitution in SCIDs after bone marrow transplantation. Tolerance, immunodeficiency, immunity to HIV in mother-child pairs. |
| Mari Shinohara |
Assistant Professor of Immunology |
Pattern recognition receptor (PRR) signaling in innate immunity; fungal infections; autoimmune diseases; dendritic cells |
| Herman Staats |
Professor of Pathology |
Mucosal Immunology; vaccines |
| Gregory A. Taylor |
Assistant Research Professor of Immunology |
Innate immune mechanisms regulating resistance to intracellular bacteria and protozoa |
| Thomas Tedder |
Alter Geller Professor of Immunology |
Structure and function of human leukocyte adhesion molecules; B lymphocyte activation. |
| Shyam Unniraman |
Assistant Professor of Immunology |
Repair choices during somatic hypermutation, class switch recombination and tumorigenesis |
| Jo Rae Wright |
Professor of Cell Biology |
Innate host defense in the lung. Mechanisms of pathogen subversion of lung host defense. |
| Yiping Yang |
Assistant Professor of Immunology |
Innate immunity to viruses, Immune suppression by regulatory T cells and Formation of long-lived memory T cells. |
| Weiguo Zhang |
Associate Professor of Immunology |
Antigen receptor-mediated signaling; Lymphocyte development; Mast cell function |
| Xiaoping Zhong |
Assistant Professor of Immunology |
Immune cell signaling; T cell development and tolerance; Innate immunity |
| Yuan Zhuang |
Associate Professor of Immunology |
Transcriptional regulation of lymphocyte differentiation and development. Animal models for autoimmune diseases. |
| Membrane, Cytoskeleton, and Organelle Structure and Function |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Nancy Andrews |
Professor of Pharmacology and Cancer Biology |
A genetic approach to iron biology |
| Vann Bennett |
James B. Duke Professor of Cell Biology |
Membrane-cytoskeletal interactions in mammalian brain and other tissues. |
| Michael Ehlers |
Associate Professor of Neurobiology |
Protein trafficking and turnover in neuronal dendrites; Cell biology of the postsynaptic membrane; Molecular regulation of excitatory synaptic transmission. |
| Madan Kwatra |
Associate Professor of Pharmacology and Cancer Biology |
Signal transduction through G Protein-coupled receptors; aging. |
| Thomas McIntosh |
Professor of Cell Biology |
Membrane structure; membrane rafts |
| Christopher Nicchitta |
Associate Professor of Cell Biology |
Protein and mRNA trafficking. Chaperone immunobiology. |
| Xiao-Fan Wang |
Professor of Pharmacology and Cancer Biology |
TGF-ß signaling mechanisms and animal model systems; Tumor angiogenesis and metastasis; DNA damage checkpoint. |
| Microbiology and Virology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Alejandro Aballay |
Assistant Professor of Molecular Genetics & Microbiology |
Molecular mechanisms of bacterial pathogenesis; C. elegans-S. enterica pathogenesis model; host defense response. |
| Soman Abraham |
Professor of Pathology |
Mechanisms and consequences of the molecular interactions occurring between pathogenic bacteria and inflammatory cells. |
| Jörn Coers |
Assistant Professor of Molecular Genetics & Microbiology |
Understanding the interplay between pathogens and innate immune responses of the mammalian host. |
| Maria Cardenas-Corona |
Associate Research Professor of Molecular Genetics & Microbiology |
Mechanisms of Signaling by the targets of rapamycin: the TOR kinases. |
| Bryan Cullen |
Professor of Molecular Genetics & Microbiology |
Role of microRNAs in oncogenic herpesvirus latency |
| Matthias Gromeier |
Assistant Professor of Microbiology |
Translation regulation, experimental cancer treatments, virology |
| You-Wen He |
Assistant Professor of Immunology |
T lymphocyte development and apoptosis. Innate immune response. T lymphocyte memory formation. |
| Jack Keene |
Professor of Microbiology |
RNA-binding proteins and noncoding RNAs dynamically coordinating posttranscriptional gene expression. |
| Meta Kuehn |
Asociate Professor of Biochemistry |
Biochemical and genetic analysis of secretory membrane vesicles produced by pathogenic bacteria. |
| Micah Luftig |
Assistant Professor, Molecular Genetics and Microbiology |
Mechanisms of innate tumor suppressor responses to DNA tumor viruses |
| John McCusker |
Associate Professor of Microbiology |
Genetic and molecular analysis of fungal pathogenesis. |
| David Pickup |
Associate Professor of Microbiology |
Interplay of host innate immune responses and viruses |
| Marcella Sarzotti-Kelsoe |
Assistant Research Professor of Immunology |
T and B cell reconstitution in SCIDs after bone marrow transplantation. Tolerance, immunodeficiency, immunity to HIV in mother-child pairs. |
| Amy Schmid |
Assistant Professor of Biology |
Systems biology of archaea: understanding regulatory network responses to environmental extremes |
| Patrick C. Seed |
Assistant Professor of Molecular Genetics and Microbiology |
Elucidating the Molecular Pathogenesis of Urinary Tract Infections. |
| Mari Shinohara |
Assistant Professor of Immunology |
Pattern recognition receptor (PRR) signaling in innate immunity; fungal infections; autoimmune diseases; dendritic cells |
| Joseph W. St. Geme |
Professor of Molecular Genetics and Microbiology |
Molecular and cellular determinants of bacterial pathogenesis, bacterial adherence and invasion, bacterial protein secretion, Haemophilus and Kingella pathogenicity, vaccine development. |
| Gregory A. Taylor |
Assistant Research Professor of Immunology |
Innate immune mechanisms regulating resistance to intracellular bacteria and protozoa |
| Raphael Valdivia |
Assistant Professor of Molecular Genetics & Microbiology |
Endosome dynamics and microbial pathgenesis. |
| Yiping Yang |
Assistant Professor of Immunology |
Innate immunity to viruses, Immune suppression by regulatory T cells and Formation of long-lived memory T cells. |
| Molecular Structure |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Michael Been |
Professor of Biochemistry |
Mechanism, structure and regulation of self-cleaving RNA |
| Lorena Beese |
Professor of Biochemistry |
Structure and mechanism of proteins and macromolecular assemblies central to DNA replication, DNA repair and cellular signaling |
| Patrick Casey |
James B. Duke Professor of Pharmacology and Cancer Biology |
Cellular signalling mediated through GTP-binding proteins; lipid modifications of proteins. |
| Harold Erickson |
Professor of Cell Biology |
Protein self assembly; cytoskeleton and extracellular matrix |
| Homme Hellinga |
Professor of Biochemistry |
Combined theoretical and experimental approaches to protein and drug design; molecular simulation; protein engineering. |
| Tao-shih Hsieh |
Professor of Biochemistry |
Chromosome structure and function; structure, function, and mechanism of DNA topoisomerase. |
| Seok-Yong Lee |
Assistant Professor of Biochemistry |
Structure-function studies of integral membrane proteins responsible for ion transport using X-ray crystallography, biophysics and electrophysiology. |
| Terrence Oas |
Associate Professor of Biochemistry |
Mechanisms of protein folding and other conformational changes |
| Edward Patz |
Professor of Pharmacology and Cancer Biology |
Development of new molecular diagnostics including protein biomarkers and molecular imaging approaches. |
| David Richardson |
Professor of Biochemistry |
Structural Bioinformatics: concepts & computer tools to visualize, analyze, and correct protein & RNA structures |
| Jane Richardson |
Professor of Biochemistry |
3D structural bioinformatics of protein and RNA: structures, interactions, motions, & design; techniques for improving model accuracy |
| Leonard Spicer |
Professor of Biochemistry |
Structure-function studies of proteins using high field NMR techniques; physical biochemistry |
| Joseph W. St. Geme |
Professor of Molecular Genetics and Microbiology |
Molecular and cellular determinants of bacterial pathogenesis, bacterial adherence and invasion, bacterial protein secretion, Haemophilus and Kingella pathogenicity, vaccine development. |
| Beth Sullivan |
Assistant Professor of Molecular Genetics and Microbiology |
Epigenetic/epigenomic mechanisms of chromosome structure and function, centromere and heterochromatin organization, and genome stability. |
| John York |
Professor of Pharmacology and Cancer Biology |
Inositol phosphate cellular signaling; fly development; lithium pharmacology |
| Pei Zhou |
Assistant Professor of Biochemistry |
Protein interactions in neuro-degenerative disease; molecular recognition and conformation switch during the assembly of PGC-1 transcription complex. |
| Neurobiology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Hubert Amrein |
Associate Professor of Genetics |
Functional Analysis of Drosophila Chemosensory Receptor Proteins; Drosophila Courtship and Circadian Behavior |
| George Augustine |
George Barth Gellar Professor of Neurobiology |
Neuronal signaling pathways; molecular mechanisms of synaptic exocytosis and plasticity. |
| Nicole Calakos |
Assistant Professor of Neurobiology |
Molecular basis of synaptic plasticity; presynaptic function; basal ganglia function and pathology. |
| Marc Caron |
Professor of Cell Biology |
Molecular mechanisms of hormone and neurotransmitter actions and regulation of cellular responsiveness. |
| Michael Ehlers |
Associate Professor of Neurobiology |
Protein trafficking and turnover in neuronal dendrites; Cell biology of the postsynaptic membrane; Molecular regulation of excitatory synaptic transmission. |
| Cagla Eroglu |
Assistant Professor of Cell Biology |
Synapse formation in the CNS: Role of astrocytes in synapse formation |
| Guoping Feng |
Assistant Professor of Neurobiology |
Molecular mechanisms regulating the formation, stability and plasticity of synapses. |
| Yong-Hui Jiang |
Assistant Professor of Neurobiology |
Genetic and epigenetic analysis of genomic imprinting and neurodevelopmental disorders in human and mouse models |
| Cynthia Kuhn |
Professor of Pharmacology and Cancer Biology |
Estrogen and gender effects on dopamine neuron function. Adolescence and addiction |
| Chay T. Kuo |
Assistant Professor of Cell Biology |
Function and application of postnatal neural stem cells in health and disease. |
| Wolfgang Liedtke |
Assistant Professor of Neurobiology |
Molecular mechanisms of neuro-sensory transduction in response to osmotic and mechanical stimuli. |
| Robert Lefkowitz |
James B. Duke Professor of Biochemistry |
Elucidation of the molecular properties and regulatory mechanisms controlling the function of G protein-coupled receptors. |
| Donald Lo |
Associate Professor of Neurobiology |
Molecular approaches to retinoic acid and estrogen signaling during zebrafish embryonic development; 3D immaging of gene expression; environmental biosensing using embryos. |
| Hiroaki Matsunami |
Assistant Professor of Molecular Genetics and Microbiology |
Molecular mechanisms underlying odorant and pheromone recognition in mammals |
| James McNamara |
Professor of Neurobiology |
Molecular mechanisms of epileptogenesis. |
| Richard Mooney |
Associate Professor of Neurobiology |
Neural mechanisms of learning and memory, especially the regulation at the cellular level for learned vocalizations in songbirds. |
| Geoffrey S. Pitt |
Associate Professor of Pharmacology and Cancer Biology |
Ion channels, channelopathies, calcium regulation, and membrane excitability |
| Theodore Slotkin |
Professor of Pharmacology and Cancer Biology |
Developmental neurobiology, neuropharmacology and neurotoxicology. |
| Scott Soderling |
Assistant Professor of Cell Biology |
Signaling mechanisms that regulate cell migration, neurite outgrowth, synapse formation, animal behavior; roles of Rho GTPase Activating Proteins in signaling to the actin cytoskeleton. |
| Daniel Tracey |
Assistant Professor of Cell Biology |
Isolation of genes required for sensory processing: mechanotransduction, thermotransduction, processing of RNA in neuronal dendrites, animal behavior, nociception. |
| Fan Wang |
Assistant Professor of Cell Biology |
Neural circuit development in mouse somatic sensory system. |
| Robert Wechsler-Reya |
Associate Professor of Pharmacology and Cancer Biology |
Role of Sonic Hedgehog Signaling in Neural Development and Cancer. |
| Anne E. West |
Assistant Professor of Neurobiology |
Molecular Mechanisms of Neuronal Activity-dependent Synapse Development |
| Plant Genetics and Biology |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Philip Benfey |
Professor of Biology |
Plant Developmental Genetics and Genomics. |
| Meng Chen |
Assistant Professor of Biology |
Light signal transduction in plants |
| Xinnian Dong |
Professor of Biology |
Response of plants to pathogens; molecular and genetic investigation of the signal transduction pathways activating plant defense genes. |
| Zhen-Ming Pei |
Assistant Professor of Molecular Genetics & Microbiology |
Calcium and nitric oxide signaling in Arabidopsis. |
| Tai-ping Sun |
Professor of Biology |
Molecular genetics of plant growth hormones; environmental and developmental regulation of gibberellin biosynthesis and signal transduction. |
| Rytas Vilgalys |
Professor of Biology |
Phylogenetic biology and natural history of fungi, including molecular phylogeny and population genetics of medically important species. |
| Replication, Transcription and RNA Processing |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| L. Ryan Baugh |
Assistant Professor, Biology |
Nutritional control of development |
| Lorena Beese |
Professor of Biochemistry |
Structure and mechanism of proteins and macromolecular assemblies central to DNA replication, DNA repair and cellular signaling |
| Mariano Garcia-Blanco |
Professor of Genetics |
Role of alternative splicing in cell transformation and metastasis |
| Arno Greenleaf |
Professor of Biochemistry |
Enzymology of gene expression: 1) CTD kinase and RNA polymerase II hyperphosphorylation; 2) PhosphoCTD-associating proteins and organization of nuclear functions. |
| Jack Keene |
Professor of Microbiology |
RNA-binding proteins and noncoding RNAs dynamically coordinating posttranscriptional gene expression. |
| Ken Kreuzer |
Professor of Biochemistry |
DNA replication and repair in cancer |
| Michael Krangel |
Professor of Immunology |
V(D)J recombination; chromatin structure; developmental regulation of T cell receptor genes. |
| Elwood Linney |
Professor of Molecular
Genetics & Microbiology |
Retinoic acid receptors as part of an embryonic repressive system; and sensitivity of the embryonic nervous system to chemicals that affect neuronal signaling |
| David MacAlpine |
Assistant Professor of Pharmacology and Cancer Biology |
Genomic approaches to understanding how the molecular architecture of the chromosome regulates DNA replication. |
| Joseph Nevins |
James B. Duke Professor of Molecular Genetics & Microbiology |
Mechanisms of action of DNA tumor virus oncoproteins |
| Thomas Petes |
Minner Geller Professor of Molecular Genetics and Microbiology |
Genetic regulation of genome stability in yeast; meiotic recombination |
| Sue Robertson |
Associate Professor of Molecular Genetics and Microbiology |
Regulation of genome stability in yeast; homologous recombination and mutagenesis. |
| Laura Rusche |
Assistant Professor of Biochemistry |
Contributions of Sir2 deacetylases to chromatin structure, transcriptional repression, and genome stability |
| Amy Schmid |
Assistant Professor of Biology |
Systems biology of archaea: understanding regulatory network responses to environmental extremes |
| Dennis Thiele |
Professor of Pharmacology and Cancer Biology |
Molecular biology and genetics of iron and copper in growth and development; stress gene expression in diseases of protein folding. |
| Tso-Pang Yao |
Associate Professor of Pharmacology and Cancer Biology |
Functional dissection of the role of protein acetylation and deacetylation in signal transduction pathways, particularly in the context of cancer formation. |
| Secretion, Drug Design, and Physiological Disease Processes |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| Michel Bagnat |
Assistant Professor, Cell Biology |
Our laboratory is interested in studying how basic cellular processes define the shape, size and function of complex multicellular structures such as organs. |
| Darrell Bigner |
Professor of Pathology |
Neuropathology; viral oncology; chemical carcinogenesis. |
| Nicole Calakos |
Assistant Professor of Neurobiology |
Molecular basis of synaptic plasticity; presynaptic function; basal ganglia function and pathology. |
| Fred Dietrich |
Assistant Professorof Molecular Genetics & Microbiology
|
Genetics and Genomics of fungal pathogens and of Saccharomyces cerevisiae. |
| Bruce Donald |
Professor of
Computer Science
| Computational methods in biological macromolecular NMR; enzyme design in the non-ribosomal peptide synthetase pathway |
| Paulo Ferreira |
Associate Professor of Molecular Genetics & Microbiology
| Molecular, genetic and cellular basis of neurodystrophies and allied systemic disorders; dynamic assembly of protein complexes in signaling and trafficking pathways. |
| Matthias Gromeier |
Assistant Professor of Microbiology |
Translation regulation, experimental cancer treatments, virology |
| Laura Hale |
Assistant Professor of Pathology |
Thymic biology. Immune function in normal aging, cancer, and autoimmunity. |
| Barton Haynes |
Professor of Immunology |
Study of human T cell maturation and thymus biology; biology of human retroviruses; autoimmune disease. |
| Joseph Heitman |
Chair and James B. Duke Professor of Molecular Genetics & Microbiology |
Signaling cascades regulating filamentous growth and virulence of yeast and pathogenic fungi. Genetic analysis of immunosuppressive drug action. |
| Homme Hellinga |
Professor of Biochemistry |
Combined theoretical and experimental approaches to protein and drug design; molecular simulation; protein engineering. |
| Michael Hershfield |
Professor of Biochemistry |
Genetic and biochemical studies of inherited diseases of purine metabolism. |
| Virginia Kraus |
Associate Professor of Pathology |
Molecular pathogenesis of arthritis; genetics of osteoarthritis; metalloproteinases. |
| William Kraus |
Professor of Cell Biology |
Skeletal muscle gene regulation in exercise physiology and disease. In vivo (human and animals) and in vitro work. Myoblast transfer therapy. |
| Cynthia Kuhn |
Professor of Pharmacology and Cancer Biology |
Estrogen and gender effects on dopamine neuron function. Adolescence and addiction |
| Douglas Marchuk |
Professor of Genetics |
Molecular genetics and cell biology of inherited human disease, with particular emphasis on the cardiovascular system. |
| Jeffrey Marks |
Associate Professor of Pathology |
Investigation of the etiology and progression of breast and ovarian cancer. |
| Donald McDonnell |
Glaxo Wellcome Professor of Pharmacology and Cancer Biology |
The progesterone, estrogen and androgen receptor signaling pathways are complex and provide a wealth of opportunities for new drug discovery. |
| James McNamara |
Professor of Neurobiology |
Molecular mechanisms of epileptogenesis. |
| Deborah M. Muoio |
Associate Professor of Pharmacology & Cancer Biology |
Mechanisms of metabolic regulation and metabolic disease. Impact of diet and exercise on skeletal muscle physiology. Interactions between mitochondrial bioenergetics and insulin action. |
| Edward Patz |
Professor of Pharmacology and Cancer Biology |
Development of new molecular diagnostics including protein biomarkers and molecular imaging approaches. |
| David Pickup |
Associate Professor of Microbiology |
Interplay of host innate immune responses and viruses |
| Salvatore Pizzo |
Professor of Pathology |
Fibrinolysis; antigen presentation; proteinase inhibitors. |
| Debra Schwinn |
Professor of Pharmacology and Cancer Biology |
Molecular pharmacology of a-adrenergic receptors. |
| Herman Staats |
Professor of Pathology |
Mucosal Immunology; vaccines |
| Bruce Sullenger |
Professor of Genetics |
RNA Therapeutics |
| Raphael Valdivia |
Assistant Professor of Molecular Genetics & Microbiology |
Endosome dynamics and microbial pathgenesis. |
| Signal Transduction |
| Faculty Name |
Primary Research Department |
Brief Research Description |
| George Augustine |
George Barth Gellar Professor of Neurobiology |
Neuronal signaling pathways; molecular mechanisms of synaptic exocytosis and plasticity. |
| Amy Bejsovec |
Associate Professor of Biology |
Specification of cell fates during Drosophila development, the role of intercellular signaling in pattern formation and oncogenic processes. |
| Gerard Blobe |
Associate Professor of Pharmacology and Cancer Biology |
Cancer biology, vascular biology, signal transduction, TGF-beta superfamily signaling, cellular trafficking, co-receptors |
| Nicolas Buchler |
Assistant Professor of Biology |
Molecular mechanisms and the evolution of switches and oscillators in gene networks; systems biology; comparative genomics |
| Marc Caron |
Professor of Cell Biology |
Molecular mechanisms of hormone and neurotransmitter actions and regulation of cellular responsiveness. |
| Patrick Casey |
James B. Duke Professor of Pharmacology and Cancer Biology |
Cellular signalling mediated through GTP-binding proteins; lipid modifications of proteins. |
| Meng Chen |
Assistant Professor of Biology |
Light signal transduction in plants |
| Christopher Counter |
Associate Professor of Pharmacology and Cancer Biology |
Molecular mechanisms of cell immortalization and transformation |
| Michael B. Datto |
Assistant Professor of Pathology |
Mechanisms of cell type specific and context dependent TGF-β Signal Transduction. |
| Michael Ehlers |
Associate Professor of Neurobiology |
Protein trafficking and turnover in neuronal dendrites; Cell biology of the postsynaptic membrane; Molecular regulation of excitatory synaptic transmission. |
| Paulo Ferreira |
Associate Professor of Molecular Genetics & Microbiology
| Molecular, genetic and cellular basis of neurodystrophies and allied systemic disorders; dynamic assembly of protein complexes in signaling and trafficking pathways. |
| Guoping Feng |
Assistant Professor of Neurobiology |
Molecular mechanisms regulating the formation, stability and plasticity of synapses. |
| Motonari Kondo |
Assistant Professor of Immunology |
Commitment of hematopoietic stem cells, lymphocyte development, cytokine receptor signaling. |
| Madan Kwatra |
Associate Professor of Pharmacology and Cancer Biology |
Signal transduction through G Protein-coupled receptors; aging. |
| Qi-Jing Li |
Assistant Professor of Immunology |
MicroRNAs in immunoregulation |
| Wolfgang Liedtke |
Assistant Professor of Neurobiology |
Molecular mechanisms of neuro-sensory transduction in response to osmotic and mechanical stimuli. |
| Robert Lefkowitz |
James B. Duke Professor of Biochemistry |
Elucidation of the molecular properties and regulatory mechanisms controlling the function of G protein-coupled receptors. |
| Donald Lo |
Associate Professor of Neurobiology |
Molecular approaches to retinoic acid and estrogen signaling during zebrafish embryonic development; 3D immaging of gene expression; environmental biosensing using embryos. |
| Micah Luftig |
Assistant Professor, Molecular Genetics and Microbiology |
Mechanisms of innate tumor suppressor responses to DNA tumor viruses |
| David McClay |
Arthur S. Pearse Professor of Biology |
Germ layer specification, gene regulatory networks, adhesion at gastrulation, and patterning cues during morphogenesis. |
| Donald McDonnell |
Glaxo Wellcome Professor of Pharmacology and Cancer Biology |
The progesterone, estrogen and androgen receptor signaling pathways are complex and provide a wealth of opportunities for new drug discovery. |
| Anthony Means |
Nanaline H. Duke Professor of Pharmacology and Cancer Biology |
Intracellular signaling pathways that affect cell cycle progression; calcium receptor functions. |
| Zhen-Ming Pei |
Assistant Professor of Molecular Genetics & Microbiology |
Calcium and nitric oxide signaling in Arabidopsis. |
| Ann Marie Pendergast |
Professor of Pharmacology and Cancer Biology |
Role of the Abl tyrosine kinase in cell growth and transformation |
| Geoffrey S. Pitt |
Associate Professor of Pharmacology and Cancer Biology |
Ion channels, channelopathies, calcium regulation, and membrane excitability |
| Jeffrey Rathmell |
Assistant Professor of Pharmacology and Cancer Biology |
Molecular and metabolic mechanisms of lymphocyte growth and apoptosis. |
| Tannishtha Reya |
Assistant Professor of Pharmacology and Cancer Biology |
Regulation of Hematopoietic Stem Cell Self-renewal and Commitment. |
| Howard Rockman |
Professor of Cell Biology |
Molecular mechanisms of hypertrophy and heart failure using transgenic and gene targeted mouse models. |
| Scott Soderling |
Assistant Professor of Cell Biology |
Signaling mechanisms that regulate cell migration, neurite outgrowth, synapse formation, animal behavior; roles of Rho GTPase Activating Proteins in signaling to the actin cytoskeleton. |
| Barry Stripp |
Professor of Cell
Biology |
Basic and translational studies defining endogenous epithelial stem/progenitor cells of airways and their contribution to tissue repair and remodeling. |
| Thomas Tedder |
Alter Geller Professor of Immunology |
Structure and function of human leukocyte adhesion molecules; B lymphocyte activation. |
| Xiao-Fan Wang |
Professor of Pharmacology and Cancer Biology |
TGF-ß signaling mechanisms and animal model systems; Tumor angiogenesis and metastasis; DNA damage checkpoint. |
| John York |
Professor of Pharmacology and Cancer Biology |
Inositol phosphate cellular signaling; fly development; lithium pharmacology |
| Weiguo Zhang |
Associate Professor of Immunology |
Antigen receptor-mediated signaling; Lymphocyte development; Mast cell function |
| Xiaoping Zhong |
Assistant Professor of Immunology |
Immune cell signaling; T cell development and tolerance; Innate immunity |
| Pei Zhou |
Assistant Professor of Biochemistry |
Protein interactions in neuro-degenerative disease; molecular recognition and conformation switch during the assembly of PGC-1 transcription complex. |
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Cell Cycle, Cell Biophysics, Developmental Bio, Enzymology, Genetics, Immunology, Membranes & Organelles, Microbiology & Virology, Molecular Structure, Neurobiology, Plants, Replication, Transcription and RNA Processing, Secretion, Signal Transduction |