Index of Labs

 

Index of YSM lab sites

| a | b | c | d | e | f | g | h | i | j | k | l | m | n | o | p | q | r | s | t | u | v | w | x | y | z

A

Anatomy Lab
(ANAT 100a, 100b: Human Anatomy and Development)

Anderson Lab
(enzymatic reactions and receptor-ligand interactions at a molecular level)

Alonzo Lab
(the evolution and ecology of male and female reproductive traits)

B

Baserga Lab
(the role of the ribonucleoprotein and protein complexes involved in generating mature rRNAs)

Biederder Lab
(the molecular mechanisms of synapse formation in the developing CNS of vertebrates)

Bordey's Research Group
(characterizing the role of the microenvironment on adult neural stem cells and neurogenesis)

Breaker Lab
(structural and functional capabilities of natural and engineered nucleic acids)

C

Cabral Lab
(the molecular mechanisms of transport and regulation of ion transport proteins)

Caccone Lab
(conservation genetics; evolutionary genetics of vectros and parasite populations; invasion biology; ecology/behavioral ecology)

Carlson Lab
(sensitivity of the olfactory system)

CINEMA Lab
(cinema imaging using new microscopy approaches)

Cognition and Development Lab
(how children and adults construct causal interpretations of the world around them and how those interpretations compare to other ways of tracking information)

Computational Laboratory of Cortical Dynamics
(Wang Lab: neural computation and memory in cortical circuits)

Cooley Lab
(the regulatory pathways that control the cytoskeletal reorganization during Drosophila egg chamber development)

D

delanerolle Lab
(the analysis of human seizure foci from a multidisciplinary perspective, to elucidate the neural mechanisms underlying epileptogenesis)

Developmental Neuroimaging Lab
(development of the brain, and brain-based neuropsychiatric disorders)

DiMaio Lab
(tumor viruses, with a focus on papillomaviruses, and how they control cell proliferation)

E

E-lab
(engineering: advanced sensory communication circuits and systems)

Endometrial Hemostasis/Thrombosis and Angiogenesis Unit
(the basic mechanisms underlying the maintenance of hemostasis during blastocyst invasion and the establishment of the uteroplacental circulation as well as the paradoxically controlled hemorrhage of menstruation)

Engelman Lab
(the primary sequences of membrane proteins determine their three dimensional structures, and hence their functions)

F

Faller Lab
(how transition metal complexes and organometallic compounds can be used to control the stereochemistry of organic reactions)

G

Galán Lab
(molecular mechanisms of bacterial pathogenesis)

Gamete and Embryo Research Laboratory
(clinical IVF laboratories at the Yale University School of Medicine and basic research laboratories which investigate various aspects of reproduction)

Gerstein Lab
(research in bioinformatics, using computation to analyze genome sequences, expression datasets, and macromolecular structures)

Glazer Lab
(Gene targeting and gene therapy; Genetic instability in cancer; Mutagenesis; DNA repair; Radiation resistance; Cellular responses to radiation and chemotherapy)

Goldstein Lab
(the structural basis of potassium channel function)

Greer Lab
(the basic mechanisms that contribute to the establishment of orderly topographic maps within the CNS)

Gunel Lab
(molecular biology and genetics of cerebrovascular disease and neural stem cell research)

H

Hains Lab
(understanding molecular mechanisms underlying the generation and maintenance of chronic pain after spinal cord injury)

Haskins Laboratories
(spoken and written language)

Hebert Lab
(the structural, biochemical and genetic mechanisms involved in the regulation of ion transport and signaling by epithelial cells)

Hemostasis/Thrombosis
(thrombophilic conditions in women's and children's health)

Horwich Lab, Art
(chaperonins that mediate ATP-dependent protein folding in the cell)

I

Iwasaki Lab
(how immunity is initiated and maintained at the mucosal surfaces, particularly by the dendritic cells, through natural portals of entry for pathogens that are of significant health concerns in the world)

J

Jacobs-Wagner Lab
(regulatory mechanisms involved in cell differentiation, asymmetric cell division, and the coupling between morphogenesis and the cell cycle in the dimorphic bacterium Caulobacter crescentus)

K

Keck Biotechnology Resource Lab
(Proteomic and Genomic Services)

Kidd Lab
(genetics)

Kliman Lab
(Infertility, Placental, and Endometriosis Research)

Kocsis Lab
(restoration and preservation of function in the injured central nervous system)

Koelle Lab
(identify and study behavioral mutants of the nematode C. elegans in which the neurotransmission through G protein coupled receptors form of neurotransmitter signaling is defective)

Krause Lab
(stem cell plasticity; identification and regulation of genes expressed in marrow stem/progenitor cells; human megakaryocytopoiesis in immunodeficient mice)

L

Laboratory of Molecular Hermeneutics
(how cells regulate the intracellular calcium concentration)

Language and Cognition Lab
(explore the nature of language and thought, primarily from a developmental perspective)

Lifton Lab
(specializing in the genetics and molecular determinants of cardiovascular and renal disease

Laboratory Medicine
(Department of Laboratory Medicine)

Lavik Lab
(pursuing new treatments for injuries to and diseases of the CNS using tissue engineering and drug delivery)

M

Medzhitov Lab
(innate immune recognition; host-pathogen interactions; biology of inflammation; control of adaptive immunity; cell biology of signal transduction; control of gene expression; cancer biology)

Miranker Lab
(protein interactions, stability & folding)

Modis Lab, Yorgo
(structure of dengue virus envelope protein after membrane fusion)

Monteiro Lab
(butterfly and moth wing patterns; evolutionary developmental biology)

Moore Lab
(the structures of RNAs and the complexes it forms with proteins; the relationship between RNA structure and the biological function)

Mooseker Lab
(the myosin family of actin-based molecular motors)

Morrow Lab
(pathology)

Music Lab
(YalMusT Music Lab; focus on the creative interaction between music, video and technology)

N

Near Lab
(the use of phylogenetic hypotheses for studying patterns of speciation and adaptive radiation in monophyletic groups of teleost fishes)

Neuromorphology Laboratory
(actions of gonadal hormones on the central nervous system of both rodents and subhuman primates)

Novick Lab
(the molecular mechanisms underlying cell polarity, particularly as they relate to protein secretion and cell surface growth)

O

Ob/GYN Research Labs
(Obstetrics, Gynecology & Reproductive Sciences)

P

Perception & Cognition Lab
(all aspects of perception, cognition, and how they relate to each other)

Perkins Laboratory
(basic biomedical reseach on cancer, specifically focusing on leukemia and mammary cancer)

Pierce, John B., Laboratory, Inc.
(studying the ways that biological systems interact with their environment, and the consequences for human health and well being)

Pollard Lab
(use a combination of biochemistry, biophysics, microscopy and fission yeast genetics to investigate the molecular basis of cellular motility and cytokinesis)

Powell Lab
(the molecular evolution of genes involved in innate immunity of mosquitoes and their relationship to the ability to transmit malaria)

Post Lab
(studying questions in a food-web framework, in lakes, streams, and estuaries)

Psycho/Neurolinguistics Lab
(how semantic, discourse and morpho-syntactic combinatorial processes are integrated at the representational, processing and neurological levels)

Pyle Lab
(building blocks for RNA tertiary structure; RNA and ribonucleoprotein assemblies)

R

Raymond Lab, Peter A.
(biogeochemistry of natural systems)

Reed Lab
(mesoscopic transport; nanowires: electronics and photonics; molecular transport; chem/bio sensor systems)

Regan Laboratory
(how does a protein's primary sequence specify its three dimensional structure)

Regulation of Emotion and Anxiety Disorders Lab
(anxiety disorders in their most complex form and development and maintenance across the lifespan)

Reproductive Biology, Center for Research in
(role of HOX gene expression in reproductive biology)

Reproductive and Placental Research Unit
(Infertility, Placental, and Endometriosis Research)

Reproductive Immunology Unit
(interaction between the immune system and reproductive organs)

Rosenbaum Lab
(intraflagellar transport; centrioles and basal bodies)

S

Schlessinger Lab
(analyzing the mode of action of growth factor receptors and the intracellular signaling pathways that activated in response to growth factor stimulation)

Schmitz Lab
(plant-herbivore interactions and how they are mediated by carnivores and soil-nutrient levels)

Schoelkopf Lab
(quantum-effect and single-electron devices, both for fundamental physical studies and for applications)

Sessa Lab
(interested in what etiologic factors or genes regulate the transition of a healthy "normal" endothelium)

Sestan Lab
(how neuronal identity and connectivity are established and maintained in the cerebral cortex)

Sigworth Lab
(the function and structure of ion channel proteins)

Skelly Lab
(patterns of animal distribution and abundance)

Slack Lab
(the mechanisms of developmental timing, focusing on the role of microRNAs, heterochronic genes and circadian timing genes in biological timing and disease)

Söll Lab, Dieter
(functional genomic investigations that explore the translation of the genetic code with canonical and modified amino acids)

Snyder Lab
(explore protein function and dissect regulatory networks)

Social Science Statistical Laboratory at Yale
(statistical information center for research and quantitative analysis)

Solomon Lab
(to understand biochemically how cell growth and division are regulated by checkpoints within the cell and by controls imposed from the surrounding tissues)

Statistical and Social Science Computing: Statlab
(statistical information center for research and quantitative analysis)

Steitz Lab
(the biological functions of macromolecules in terms of their detailed molecular structure)

Stern Lab, Michael J.
(describing the molecular mechanisms that guide cell migration, and elucidating fibroblast growth factor receptor-mediated signal transduction pathways)

Stern Lab, David F.
(major human oncogene, the neu/erbB-2/HER-2 receptor tyrosine kinase)

Steroid Hormone Biochemistry
(members of the various families of steroid hormones, including glucocorticoids, and more specifically the sex steroids, especially estrogens and androgens)

Strobel Lab, Scott A
(biologically critical reactions catalyzed by RNA)

Sung Lab
(focus on delineating the mechanism of homology-directed repair of DNA double-strand breaks in the yeast Saccharomyces cerevisiae and humans)

T

Townsend Lab
(Population Genetics, Functional Genomics, and Evolution)

Turner Lab
(using RNA viruses, DNA viruses, and bacteria as model systems, tests evolutionary and ecological theory)

V

van den Pol Lab
(the mechanisms where neurotransmitters in early development may play a role in establishing and stabilizing functional neuronal circuits)

Visual Cognitive Neuroscience Laboratory
(Marvin Chun; Camplab; scene perception and memory, visual attention, perceptual learning and neuroplasticity)

W

Wagner Lab
(empirical work relating to the developmental evolution of morphological characters; and conceptual and mathematical work on the theory of evolution)

Wang, Jimin Lab
(x-ray intensity corrections for crystals containing lattice-translocation defects)

Waxman Lab
(molecular neurobiology of diseases of the central nervous system, with emphasis on neural plasticity, functional recovery, neuropathic pain and preservation of function)

Weissman Lab
(gene expression in mammalian cells)

Williamson Lab
(the circuit and cellular changes associated with the development of the chronic state of temporal lobe epilepsy)

Wolin Lab
(how RNA molecules fold into intricate structures inside cells, how cells recognize and handle misfolded RNAs, and the consequences of RNA misfolding for cell physiology and disease)

X

Xiong Lab, Yong
(the biochemical and structural basis of innate immune responses to viral infections and the mechanisms of fatty acid synthesis)

Y

Yoder Lab
(biogeographic origins of the modern terrestrial and freshwater vertebrate fauna of Madagascar)