 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Investigation of the molecular mechanisms governing development and reprogramming of neuronal subtypes in the
mammalian cerebral cortex. |
|
 | Optical imaging in animal models of Alzheimer’s disease |
|
 | Extracellular matrix/neuron/glia interactions in the pathophysiology of schizophrenia and bipolar disorder. |
|
 | Genetic etiology, role of exosomes and gene therapy for neurologic diseases |
|
 | How experience affects the brain and behavior |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Neuro-immunology of pain, host defense and neurodegeneration |
|
 | Optical electrophysiology and neuronal biophysics |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Modeling protein dyshomeostasis in Parkinson's disease and exploring strategies to correct it |
|
 | Sensing light for perception and physiological control |
|
 | Molecular mechanisms of synaptic transmission and botulinum neurotoxins |
|
 | Specialization in the Serotonin System Shapes Behavior and Regulates Homeostasis |
|
 | Genetic, cellular, and molecular mechanisms of cranial motor neuron and axon development in health and disease; functional genomics and noncoding etiologies of Mendelian disorders |
|
 | Genetics of neurodegenerative disease |
|
 | The genetics, biochemistry and physiology of forebrain inhibition. |
|
 | Cell-cell signaling in development and regeneration of axonal connections |
|
 | Structural biology of signaling and transport across cellular membranes |
|
 | The functional organization of neural circuits underlying the perception of touch |
|
 | Development and organization of neural circuits underlying hearing and vision |
|
 | Mechanisms of neuro-vascular interactions in the central nervous system |
|
 | Mechanisms of neurodegeneration in Parkinson’s disease, and testing neuroprotective and neurorestorative therapies |
|
 | Cellular and Molecular Mechanisms in Axon Guidance and Regeneration |
|
 | How neurons and glia pick their partners, using C. elegans as a model |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Neuron and glia disease mechanisms of age-dependent degeneration and repair |
|
 | Architecture and plasticity of neurotransmitter release sites |
|
 | Genetic analysis of synaptic transmission |
|
 | Genome and Proteome-Scale Dissection of Neurodegenerative Proteinopathy in Human Stem Cell Models |
|
 | Molecular and stem cell research of the dopamine system to study and treat human diseases |
|
 | Modeling sensory organ development and regeneration |
|
 | The role of proteostasis deficits and mitochondrial dysfunction in neurodegenerative diseases |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Internal and External Sensory Systems |
|
 | Studies of synaptic circuitry and their rearrangements |
|
 | Circadian rhythms and translational control in neurological diseases of the developing brain |
|
 | Molecular mechanisms and treatments of Alzheimer’s disease and cancer |
|
 | Mammalian cerebral cortex– fundamental molecular development, neuronal diversity, development-maintenance of specific circuitry, degenerative diseases, regeneration |
|
 | Development of the spinal cord and inner ear using in toto imaging in zebrafish |
|
 | Algorithms and Neural Circuits in Olfaction |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Genetic underpinnings and mechanisms of epilepsy, from human genetics to zebrafish models |
|
 | Regulation of the adaptive and the innate immune response. |
|
 | Enteric nervous system regulation of gastrointestinal and metabolic homeostasis |
|
 | Epigenomics of neuronal plasticity and chronic pain |
|
 | glutamate transporters, cell death, sleep/wake regulation |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Cellular and synaptic mechanisms of learning and development |
|
 | Cellular Mechanisms of Neurodevelopmental Disorders and Epilepsy |
|
 | Assembly of neural circuits in the mammalian visual system |
|
 | Genetics of Neuronal Cell Biology |
|
 | Molecular mechanisms of Proliferation and Survival in Neural development |
|
 | Molecular Mechanisms of Neurodegeneration in Alzheimer's and Parkinsons Diseases |
|
 | Therapeutic and diagnostic stem cells for neurological disorders |
|
 | Mechanisms of neurodegeneration in Alzheimer’s and Parkinson's Diseases and development of novel therapies |
|
 | Molecular Pharmacology of Excitable Membranes |
|
 | Genetic, molecular and biochemical studies of Alzheimer's disease from gene discovery to model systems to novel therapeutics |
|
 | Development and disorders of the human cerebral cortex |
|
 | Genomic imprinting in the brain |
|
 | Molecular Genetics of Aging and Neurodegenerative Disorders |
|
 | Neuronal metabolism and excitability; Fluorescent biosensor imaging;
K-ATP channels and anti-epilepsy mechanisms
|
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|
 | Molecular neurogenetic mechanisms of human brain development and disease |
|
 | Mechanisms of Programmed Cell Death |
|
 | Circuit approaches to understanding selective processing of motivationally salient sensory stimuli |
|
 | Genetic dissection of neural circuits that control stress-induced behavioral states |
|
 | Investigation of the molecular mechanisms governing development and reprogramming of neuronal subtypes in the
mammalian cerebral cortex. |
|
 | Axonal development and reorganization |
|
 | How experience affects the brain and behavior |
|
 | Retinal development and degeneration, development of transsynaptic tracing viruses and nanobody reagents |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Characterizing the molecular, neural circuit and ecological underpinnings of behavioral diversity in fruit flies. |
|
 | Sensing light for perception and physiological control |
|
 | Specialization in the Serotonin System Shapes Behavior and Regulates Homeostasis |
|
 | Genetic, cellular, and molecular mechanisms of cranial motor neuron and axon development in health and disease; functional genomics and noncoding etiologies of Mendelian disorders |
|
 | Pediatric brain tumors, a developmental and micro-environmental perspective |
|
 | The genetics, biochemistry and physiology of forebrain inhibition. |
|
 | Cell-cell signaling in development and regeneration of axonal connections |
|
 | Developmental cognitive neuroscience and pediatric neuroimaging with a special focus on language-based learning disabilities |
|
 | The functional organization of neural circuits underlying the perception of touch |
|
 | Development and organization of neural circuits underlying hearing and vision |
|
 | Signaling networks that regulate synapse development |
|
 | Mechanisms of neuro-vascular interactions in the central nervous system |
|
 | Cellular and Molecular Mechanisms of Cortical Circuit Assembly |
|
 | Cellular and Molecular Mechanisms in Axon Guidance and Regeneration |
|
 | How neurons and glia pick their partners, using C. elegans as a model |
|
 | Critical Period Mechanisms of Experience-Dependent Brain Development |
|
 | Bacteria, immune cells and neurodevelopment |
|
 | Architecture and plasticity of neurotransmitter release sites |
|
 | Modeling sensory organ development and regeneration |
|
 | Cognitive and neural architecture of high-level vision |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Studies of synaptic circuitry and their rearrangements |
|
 | Molecular regulation of neural tube development and neural tube defects in diabetic pregnancy |
|
 | The coding of pain versus itch |
|
 | Mammalian cerebral cortex– fundamental molecular development, neuronal diversity, development-maintenance of specific circuitry, degenerative diseases, regeneration |
|
 | Development of the spinal cord and inner ear using in toto imaging in zebrafish |
|
 | Neuroendocrine control of reproductive function and metabolism |
|
 | Developmental cognitive neuroscience, with particular interests in experience-dependent development |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Genetic underpinnings and mechanisms of epilepsy, from human genetics to zebrafish models |
|
 | Neuromodulation and plasticity in the auditory system |
|
 | Enteric nervous system regulation of gastrointestinal and metabolic homeostasis |
|
 | Epigenomics of neuronal plasticity and chronic pain |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Hippocampal circuit and plasticity mechanisms underlying memory processing and regulation of mood |
|
 | Assembly of neural circuits in the mammalian visual system |
|
 | Molecular mechanisms of Proliferation and Survival in Neural development |
|
 | Mechanisms of neurodegeneration in Alzheimer’s and Parkinson's Diseases and development of novel therapies |
|
 | Neuron-Glia Interactions During Development and Disease; Synapse Development and Plasticity; Neuro-Immune Interactions |
|
 | Synapse formation and refinement in the mammalian brain |
|
 | Development and disorders of the human cerebral cortex |
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|
 | Molecular neurogenetic mechanisms of human brain development and disease |
|
 | Systems/Molecular Approaches to Elucidate Mechanisms that Cause Neurodegenerative Disease; Develop/Validate Novel Therapeutic Approaches |
|
 | Circuit approaches to understanding selective processing of motivationally salient sensory stimuli |
|
 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Axonal development and reorganization |
|
 | Extracellular matrix/neuron/glia interactions in the pathophysiology of schizophrenia and bipolar disorder. |
|
 | Characterization of the genetic evolution and identification of novel therapeutics for primary and metastatic brain tumors |
|
 | How experience affects the brain and behavior |
|
 | Retinal development and degeneration, development of transsynaptic tracing viruses and nanobody reagents |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Neurobiology of motivational states |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Characterizing the molecular, neural circuit and ecological underpinnings of behavioral diversity in fruit flies. |
|
 | Specialization in the Serotonin System Shapes Behavior and Regulates Homeostasis |
|
 | Genetic, cellular, and molecular mechanisms of cranial motor neuron and axon development in health and disease; functional genomics and noncoding etiologies of Mendelian disorders |
|
 | Pediatric brain tumors, a developmental and micro-environmental perspective |
|
 | The genetics, biochemistry and physiology of forebrain inhibition. |
|
 | Cell-cell signaling in development and regeneration of axonal connections |
|
 | Development and organization of neural circuits underlying hearing and vision |
|
 | Signaling networks that regulate synapse development |
|
 | Ion channels and calcium signaling in health and disease |
|
 | How neurons and glia pick their partners, using C. elegans as a model |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Molecular and stem cell research of the dopamine system to study and treat human diseases |
|
 | Modeling sensory organ development and regeneration |
|
 | Visual object recognition: computational models and neurophysiological mechanisms |
|
 | The role of proteostasis deficits and mitochondrial dysfunction in neurodegenerative diseases |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Immunopathogenesis and animal modeling of autoimmune neurological diseases of the central nervous system |
|
 | Molecular regulation of neural tube development and neural tube defects in diabetic pregnancy |
|
 | Neural regulation of hunger, other homeostatic motivational drives, autonomic nervous system, and the neuroendocrine system |
|
 | The coding of pain versus itch |
|
 | Mammalian cerebral cortex– fundamental molecular development, neuronal diversity, development-maintenance of specific circuitry, degenerative diseases, regeneration |
|
 | Genomic analyses of brain cell function and dysfunction |
|
 | Hypothalamic role in mammalian endocrine and behavioral responses to stress |
|
 | PD-like mice with unique features, including male preponderance, tremor and L-DOPA-responsive gait deficits |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Genetic underpinnings and mechanisms of epilepsy, from human genetics to zebrafish models |
|
 | Regulation of the adaptive and the innate immune response. |
|
 | Enteric nervous system regulation of gastrointestinal and metabolic homeostasis |
|
 | Epigenomics of neuronal plasticity and chronic pain |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Assembly of neural circuits in the mammalian visual system |
|
 | Neural circuitry for hypothalamic functions, including wake-sleep, thermoregulation, drinking, feeding, and stress responses |
|
 | Translational Genomics of Parkinson’s Disease: Cause, Cures, Diagnostics |
|
 | Therapeutic and diagnostic stem cells for neurological disorders |
|
 | Mechanisms of neurodegeneration in Alzheimer’s and Parkinson's Diseases and development of novel therapies |
|
 | Genetic, molecular and biochemical studies of Alzheimer's disease from gene discovery to model systems to novel therapeutics |
|
 | Development and disorders of the human cerebral cortex |
|
 | Molecular Biology of Mammalian Circadian Clocks |
|
 | Genomic imprinting in the brain |
|
 | Adaptive and maladaptive plasticity in sensory and motor systems |
|
 | Molecular Genetics of Aging and Neurodegenerative Disorders |
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|
 | Molecular neurogenetic mechanisms of human brain development and disease |
|
 | Systems/Molecular Approaches to Elucidate Mechanisms that Cause Neurodegenerative Disease; Develop/Validate Novel Therapeutic Approaches |
|
 | Circuit approaches to understanding selective processing of motivationally salient sensory stimuli |
|
 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Genetic dissection of neural circuits that control stress-induced behavioral states |
|
 | Investigation of the molecular mechanisms governing development and reprogramming of neuronal subtypes in the
mammalian cerebral cortex. |
|
 | Optical imaging in animal models of Alzheimer’s disease |
|
 | Deep phenotyping in mental illness |
|
 | Extracellular matrix/neuron/glia interactions in the pathophysiology of schizophrenia and bipolar disorder. |
|
 | Cellular and network-level mechanisms of innate and learned fear |
|
 | Characterization of the genetic evolution and identification of novel therapeutics for primary and metastatic brain tumors |
|
 | Genetic etiology, role of exosomes and gene therapy for neurologic diseases |
|
 | brain Circuit Mechanisms for Decision-Making in Health and Disease |
|
 | Human neuroscience explorations of large-scale brain circuit function and dysfunction |
|
 | Neuropsychiatry/Neuromodulation: Translational human circuit neuroscience across the psychiatry/neurology continuum |
|
 | How experience affects the brain and behavior |
|
 | Retinal development and degeneration, development of transsynaptic tracing viruses and nanobody reagents |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Neuro-immunology of pain, host defense and neurodegeneration |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Modeling protein dyshomeostasis in Parkinson's disease and exploring strategies to correct it |
|
 | Genetic, cellular, and molecular mechanisms of cranial motor neuron and axon development in health and disease; functional genomics and noncoding etiologies of Mendelian disorders |
|
 | Genetics of neurodegenerative disease |
|
 | Pediatric brain tumors, a developmental and micro-environmental perspective |
|
 | Cell-cell signaling in development and regeneration of axonal connections |
|
 | Developmental cognitive neuroscience and pediatric neuroimaging with a special focus on language-based learning disabilities |
|
 | Functional development of sensory hair cells of the mammalian inner ear and gene therapy of Usher Syndrome |
|
 | Neuroimaging, speech communication, and machine learning for mental health and medicine |
|
 | Ion channels and calcium signaling in health and disease |
|
 | Mechanisms of neuro-vascular interactions in the central nervous system |
|
 | Mechanisms of neurodegeneration in Parkinson’s disease, and testing neuroprotective and neurorestorative therapies |
|
 | Sensory Transduction in Hair Cells of the Mammalian Inner Ear |
|
 | Bacteria, immune cells and neurodevelopment |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Hair cell mechanotransduction, stereocilia bundle morphology and ultrastructure, AAV gene therapy for Usher Syndrome |
|
 | Neuron and glia disease mechanisms of age-dependent degeneration and repair |
|
 | Architecture and plasticity of neurotransmitter release sites |
|
 | Neurobiology of disease: Chemical biology approaches in huan iPSC-derived neurons |
|
 | Genome and Proteome-Scale Dissection of Neurodegenerative Proteinopathy in Human Stem Cell Models |
|
 | Modeling sensory organ development and regeneration |
|
 | The role of proteostasis deficits and mitochondrial dysfunction in neurodegenerative diseases |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Immunopathogenesis and animal modeling of autoimmune neurological diseases of the central nervous system |
|
 | Studies of synaptic circuitry and their rearrangements |
|
 | Circadian rhythms and translational control in neurological diseases of the developing brain |
|
 | Molecular regulation of neural tube development and neural tube defects in diabetic pregnancy |
|
 | Molecular mechanisms and treatments of Alzheimer’s disease and cancer |
|
 | Mammalian cerebral cortex– fundamental molecular development, neuronal diversity, development-maintenance of specific circuitry, degenerative diseases, regeneration |
|
 | Genomic analyses of brain cell function and dysfunction |
|
 | PD-like mice with unique features, including male preponderance, tremor and L-DOPA-responsive gait deficits |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Clinical neuroscience and neurobiology of depression |
|
 | Genetic underpinnings and mechanisms of epilepsy, from human genetics to zebrafish models |
|
 | Regulation of the adaptive and the innate immune response. |
|
 | Enteric nervous system regulation of gastrointestinal and metabolic homeostasis |
|
 | Epigenomics of neuronal plasticity and chronic pain |
|
 | glutamate transporters, cell death, sleep/wake regulation |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Cellular Mechanisms of Neurodevelopmental Disorders and Epilepsy |
|
 | Assembly of neural circuits in the mammalian visual system |
|
 | Neural circuitry for hypothalamic functions, including wake-sleep, thermoregulation, drinking, feeding, and stress responses |
|
 | Neural circuitry of sleep and sleep disorders |
|
 | Translational Genomics of Parkinson’s Disease: Cause, Cures, Diagnostics |
|
 | Molecular Mechanisms of Neurodegeneration in Alzheimer's and Parkinsons Diseases |
|
 | Therapeutic and diagnostic stem cells for neurological disorders |
|
 | Mechanisms of neurodegeneration in Alzheimer’s and Parkinson's Diseases and development of novel therapies |
|
 | Neurobiology of Speech Motor Control |
|
 | Principles of Neural Circuit Function and Malfunction in Disease States such as Epilepsy, Autism and Stroke |
|
 | Genetic, molecular and biochemical studies of Alzheimer's disease from gene discovery to model systems to novel therapeutics |
|
 | Mechanisms of spinal plasticity and motor control in humans. |
|
 | How abnormal physiology contributes to motor and sensory diseases. |
|
 | Development and disorders of the human cerebral cortex |
|
 | Genomic imprinting in the brain |
|
 | Human and primate social decision making, executive functioning and memory |
|
 | Neuronal metabolism and excitability; Fluorescent biosensor imaging;
K-ATP channels and anti-epilepsy mechanisms
|
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|
 | Molecular neurogenetic mechanisms of human brain development and disease |
|
 | Mechanisms of Programmed Cell Death |
|
 | Systems/Molecular Approaches to Elucidate Mechanisms that Cause Neurodegenerative Disease; Develop/Validate Novel Therapeutic Approaches |
|
 | brain Circuit Mechanisms for Decision-Making in Health and Disease |
|
 | Behavioral Pharmacology of Stimulant Drugs and Brain Dopamine Systems |
|
 | How experience affects the brain and behavior |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Understanding the contribution of central serotonin neurotransmission to behavior and psychopathology. |
|
 | Modeling protein dyshomeostasis in Parkinson's disease and exploring strategies to correct it |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Architecture and plasticity of neurotransmitter release sites |
|
 | Neurobiology of disease: Chemical biology approaches in huan iPSC-derived neurons |
|
 | Forebrain oscillations in rodent models of psychiatric diseases |
|
 | The role of proteostasis deficits and mitochondrial dysfunction in neurodegenerative diseases |
|
 | Internal and External Sensory Systems |
|
 | PD-like mice with unique features, including male preponderance, tremor and L-DOPA-responsive gait deficits |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Clinical neuroscience and neurobiology of depression |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Cellular Mechanisms of Neurodevelopmental Disorders and Epilepsy |
|
 | Genetic, molecular and biochemical studies of Alzheimer's disease from gene discovery to model systems to novel therapeutics |
|
 | Mechanisms of spinal plasticity and motor control in humans. |
|
 | Neurobiology of decision-making |
|
 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Cognitive processing in mammalian brain |
|
 | Neuronal excitability and ion channel pharmacology |
|
 | Sensory biology and cell physiology |
|
 | Cellular and network-level mechanisms of innate and learned fear |
|
 | How experience affects the brain and behavior |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Synaptic Plasticity in the CNS |
|
 | Optical electrophysiology and neuronal biophysics |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Sensing light for perception and physiological control |
|
 | Structural biology of signaling and transport across cellular membranes |
|
 | Functional development of sensory hair cells of the mammalian inner ear and gene therapy of Usher Syndrome |
|
 | The functional organization of neural circuits underlying the perception of touch |
|
 | Ion channels and calcium signaling in health and disease |
|
 | Sensory Transduction in Hair Cells of the Mammalian Inner Ear |
|
 | Hair cell mechanotransduction, stereocilia bundle morphology and ultrastructure, AAV gene therapy for Usher Syndrome |
|
 | Architecture and plasticity of neurotransmitter release sites |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Internal and External Sensory Systems |
|
 | Hypothalamic role in mammalian endocrine and behavioral responses to stress |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Cellular and synaptic mechanisms of learning and development |
|
 | Genetics of Neuronal Cell Biology |
|
 | Molecular Pharmacology of Excitable Membranes |
|
 | How abnormal physiology contributes to motor and sensory diseases. |
|
 | Neuronal metabolism and excitability; Fluorescent biosensor imaging;
K-ATP channels and anti-epilepsy mechanisms
|
|
 | Circuit approaches to understanding selective processing of motivationally salient sensory stimuli |
|
 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Investigation of the molecular mechanisms governing development and reprogramming of neuronal subtypes in the
mammalian cerebral cortex. |
|
 | Extracellular matrix/neuron/glia interactions in the pathophysiology of schizophrenia and bipolar disorder. |
|
 | Cellular and network-level mechanisms of innate and learned fear |
|
 | How experience affects the brain and behavior |
|
 | Synaptic Plasticity in the CNS |
|
 | Sensorimotor computations during naturalistic mammalian behavior |
|
 | Characterizing the molecular, neural circuit and ecological underpinnings of behavioral diversity in fruit flies. |
|
 | Sensing light for perception and physiological control |
|
 | Molecular mechanisms of synaptic transmission and botulinum neurotoxins |
|
 | The genetics, biochemistry and physiology of forebrain inhibition. |
|
 | The functional organization of neural circuits underlying the perception of touch |
|
 | Cellular and Molecular Mechanisms of Cortical Circuit Assembly |
|
 | Critical Period Mechanisms of Experience-Dependent Brain Development |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Neuron and glia disease mechanisms of age-dependent degeneration and repair |
|
 | Genetic analysis of synaptic transmission |
|
 | Behavioral genetic studies of aggression in Drosophila |
|
 | Structure and function of neuronal networks underlying sensorimotor integration |
|
 | Studies of synaptic circuitry and their rearrangements |
|
 | Neural regulation of hunger, other homeostatic motivational drives, autonomic nervous system, and the neuroendocrine system |
|
 | Algorithms and Neural Circuits in Olfaction |
|
 | PD-like mice with unique features, including male preponderance, tremor and L-DOPA-responsive gait deficits |
|
 | Development, function and dysfunction of the somatosensory system |
|
 | Theoretical neuroscience |
|
 | Synaptic plasticity and cerebellar function |
|
 | Epigenomics of neuronal plasticity and chronic pain |
|
 | Molecular Biology, Genetics, and Neural Circuitry of Fear in Animals and Human Fear-Related Disorders |
|
 | The genetic and neural basis of sleep in Drosophila |
|
 | Cortical excitation:inhibition balance in health and disease |
|
 | Hippocampal circuit and plasticity mechanisms underlying memory processing and regulation of mood |
|
 | Mechanisms of neurodegeneration in Alzheimer’s and Parkinson's Diseases and development of novel therapies |
|
 | Neuron-Glia Interactions During Development and Disease; Synapse Development and Plasticity; Neuro-Immune Interactions |
|
 | Genetic, molecular and biochemical studies of Alzheimer's disease from gene discovery to model systems to novel therapeutics |
|
 | Mechanisms of spinal plasticity and motor control in humans. |
|
 | Synapse formation and refinement in the mammalian brain |
|
 | Development and disorders of the human cerebral cortex |
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|
 | Systems/Molecular Approaches to Elucidate Mechanisms that Cause Neurodegenerative Disease; Develop/Validate Novel Therapeutic Approaches |
|
 | Circuit approaches to understanding selective processing of motivationally salient sensory stimuli |
|
 | Molecular and Circuit Defects Underlying Human Genetic Forms of Autism and Epilepsy |
|
 | Genetic dissection of neural circuits that control stress-induced behavioral states |
|
 | Cognitive processing in mammalian brain |
|
 | Optical imaging in animal models of Alzheimer’s disease |
|
 | Deep phenotyping in mental illness |
|
 | Sensory biology and cell physiology |
|
 | Neural Circuitry of Primate Visual Cortex |
|
 | Neural Signal Processing and Mechanisms of General Anesthesia |
|
 | brain Circuit Mechanisms for Decision-Making in Health and Disease |
|
 | Human neuroscience explorations of large-scale brain circuit function and dysfunction |
|
 | Neuropsychiatry/Neuromodulation: Translational human circuit neuroscience across the psychiatry/neurology continuum |
|
 | How experience affects the brain and behavior |
|
 | Molecular mechanisms and neural circuits of motivated behavior related to addiction in rodent models |
|
 | Understanding the contribution of central serotonin neurotransmission to behavior and psychopathology. |
|
 | Neurobiology of motivational states |
|
 | Physiology of the human circadian timing system and its relationship to the sleep-wake cycle |
|
 | Characterizing the molecular, neural circuit and ecological underpinnings of behavioral diversity in fruit flies. |
|
 | Sensing light for perception and physiological control |
|
 | Statistical computations and neuronal mechanisms underlying complex decisions and behavior under uncertainty |
|
 | Specialization in the Serotonin System Shapes Behavior and Regulates Homeostasis |
|
 | To build a multi-scale model that describes how a living brain interacts with its environment |
|
 | Genetic, cellular, and molecular mechanisms of cranial motor neuron and axon development in health and disease; functional genomics and noncoding etiologies of Mendelian disorders |
|
 | Computational cognitive neuroscience of learning and memory. |
|
 | Neuroimaging, speech communication, and machine learning for mental health and medicine |
|
 | The functional organization of neural circuits underlying the perception of touch |
|
 | Neural circuits underlying cognitive behaviors in mice |
|
 | Neurobiology of neurodegenerative diseases using human, mouse, and culture systems, and employing advanced microscopy methods |
|
 | Neuron and glia disease mechanisms of age-dependent degeneration and repair |
|
 | Forebrain oscillations in rodent models of psychiatric diseases |
|
 | Cognitive and neural architecture of high-level vision |
|
 | Behavioral genetic studies of aggression in Drosophila |
|
 | Visual object recognition: computational models and neurophysiological mechanisms |
|
 | Structure and function of neuronal networks underlying sensorimotor integration |
|
 | Mechanisms of brain development, with a focus on the choroid plexus-cerebrospinal fluid system |
|
 | Internal and External Sensory Systems |
|
 | Visual perception, object recognition, higher cognitive functions, vision and art |
|
 | Neural regulation of hunger, other homeostatic motivational drives, autonomic nervous system, and the neuroendocrine system |
|
 | Molecular mechanisms and treatments of Alzheimer’s disease and cancer |
|
 | Hypothalamic role in mammalian endocrine and behavioral responses to stress |
|
 | Algorithms and Neural Circuits in Olfaction |
|
 | Neuroendocrine control of reproductive function and metabolism |
|
 | Neural circuit mechanisms underlying the acquisition and control of complex motor sequences |
|
 | Theoretical neuroscience |
|
 | Clinical neuroscience and neurobiology of depression |
|
 | Neuromodulation and plasticity in the auditory system |
|
 | Molecular Biology, Genetics, and Neural Circuitry of Fear in Animals and Human Fear-Related Disorders |
|
 | The genetic and neural basis of sleep in Drosophila |
|
 | Hippocampal circuit and plasticity mechanisms underlying memory processing and regulation of mood |
|
 | Sensory and Behavioral Neuroscience |
|
 | Neural circuitry for hypothalamic functions, including wake-sleep, thermoregulation, drinking, feeding, and stress responses |
|
 | Neural circuitry of sleep and sleep disorders |
|
 | Translational Genomics of Parkinson’s Disease: Cause, Cures, Diagnostics |
|
 | Neurobiology of Speech Motor Control |
|
 | Principles of Neural Circuit Function and Malfunction in Disease States such as Epilepsy, Autism and Stroke |
|
 | Mechanisms of spinal plasticity and motor control in humans. |
|
 | Neurobiology of decision-making |
|
 | Pathophysiology and etiology of depression in adolescents, and neurobiological mechanisms of depressive symptom improvement |
|
 | Human and primate social decision making, executive functioning and memory |
|
 | Neural computations and biophysical mechanisms underlying sensory processing and sensorimotor integration |
|
 | Adaptive and maladaptive plasticity in sensory and motor systems |
|
 | Neurodevelopment and neurodegeneration of the mammalian brain |
|