Featured Laboratories Areas of Research 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 Addiction: Barker | Barson | España | Gaskill | O. Mortensen ADHD: Gao Affective disorders: España | Gao | O. Mortensen Aging biology: Noguchi Alcohol use disorder: Barker | Barson | Noguchi Alcoholism: Barker | Barson | España Alzheimer's disease: Baas | Qiang | Sanz-Clemente Apoptosis: Bouchard | Hartsough | Reginato Astrocytes: Barker | Fischer | Jackson | Tom Autism: Gao | Sanz-Clemente | Toyooka Autonomic function: Tom B Biomechanics: Danner Biomarkers: Ajit Bladder control: Tom Bone biology: Bone Biology | Goldman Brain cancer: Reginato Brain disorders: Baas | Qiang Brain machine interface (BMI): Giszter Breast cancer: Fatatis | Reginato C Calcium imaging: España | Gao | Giszter | Jackson | Wang Calcium signaling: Bouchard Cancer: Fatatis | Hartsough | Reginato | Romano Cancer biology: Hartsough | Jain | Noguchi | Romano | Qiang | Reginato Cancer cell biology and signaling: Hartsough | Reginato | Romano Cancer drug resistance: Romano Cancer immunology: Romano Cancer metabolism: Reginato Cardiovascular: Tom Cell biology: Baas | Fischer | Jain | Toyooka Cell growth factor: Jain Cell proliferation: Bouchard Cell signaling mechanisms: Hartsough | Jackson | Reginato | Romano | Sanz-Clemente Cellular and developmental neurobiology: Baas | Cellular and Developmental Neurobiology | Fischer | Gao | Jackson | Qiang | Toyooka Cellular and molecular mechanisms regulating metastatic potential of solid tumors: Fatatis | Hartsough | Reginato | Romano Cellular neuroscience: Baas | Fischer | Gao | Jackson | Lane | Qiang | Sanz-Clemente | Toyooka Cellular proliferation and the cell cycle: Romano Cellular response to DNA damage: Cellular transformation: Bouchard | Reginato Chemogenetics: Barker | Barson | Dougherty | España | Gao | Lane | Raghupathi | Wang Chemokine-based therapeutics: Fatatis | Meucci | Romano Child and adolescent psychology/psychiatry: Growth, Learning and Development (GLAD) Comparative motor physiology: Danner | Dougherty | Giszter Computational biology: Danner | Romano | Rybak Computational neuroscience: Ausborn | Danner | Dougherty | Giszter | Rybak | Theoretical and Computational Neuroscience Corticospinal functions: Giszter | Houle | Spinal Cord Research Center | Tom Cytoskeleton: Baas | Fischer | Qiang | Raghupathi | Tom | Toyooka D DNA damage response: Noguchi DNA repair: Noguchi DNA replication: Noguchi DNA vaccines: Kutzler Dopamine system: España | Gao | Tom | Wang Drug discovery and development: A. Mortensen E Eating disorders: Barson Electromyography: Côté | Danner | Giszter | Lane Electrophysiology: Barker | Côté | Danner | Detloff | Dougherty | España | Gao | Giszter | Raghupathi | Wang Emotion: Gao | Wang Epigenetic regulation: Ajit | Gao | Klase F Feeding: Barson Functional genomics: Romano G Genetic disorders of the nervous system: Baas | Qiang | Toyooka Glial scar: Fischer | Giszter | Houle | Tom Glycosylation: Reginato Gulf War illness: Baas | Qiang H HBx protein and hepatitis viral replication: Bouchard Hepatitis B virology and hepatic cancer: Bouchard Hepatocyte transformation: Bouchard Hereditary spastic paraplegia: Baas | Lane | Qiang High-content imaging: Gaskill HIV/AIDS: Chaiken | Gaskill | Klase | Kutzler | Meucci HIV-associated neurocognitive disorders and drug abuse: Barker | Gaskill | Klase | Meucci HIV & HTLV: Jain Human brain organoids: Qiang Human-induced pluripotent cells (hiPSC): Baas | Gaskill | Qiang Hypoxia signaling: Reginato I Immunology - macrophage biology: Gaskill Immunology – vaccines: Kutzler Immunology or inflammation: Jain Infectious disease - HIV: Gaskill | Kutzler Infectious disease - pediatrics: Carey L Learning and memory: Barker | Gao | Wang Liver cancer: Bouchard M Mechanisms of chemoresistance: Reginato Memory: Barker | Gao | Wang Mental health disorders: España | Gao | O. Mortensen Metastasis: Fatatis | Hartsough | Reginato | Romano MicroRNA expression and regulation: Ajit | Klase Microtubules: Baas | Fischer | Qiang | Tom | Toyooka Molecular neuroscience: Baas | Fischer | Gao | Houle | Jackson | Jin | Lane | O. Mortensen | Raghupathi | Sanz-Clemente | Spinal Cord Research Center | Tom | Toyooka | Wang Molecular pharmacology: A. Mortensen | O. Mortensen | Sanz-Clemente Monoaminergic neurotransmission: España | O. Mortensen Motor control: Ausborn | Danner | Dougherty | Giszter | Laboratory for Theoretical and Computational Neuroscience Motor primitives: Danner | Giszter Motor cortex: Giszter Mouse models of cancer: Romano Multiple sclerosis: Jain Myeloid cells: Jain N Neonatal immunology: Carey Neoplastic disease (studies in vitro and in animal models): Fatatis | Reginato | Romano Nervous system development/maintenance: Baas | Cellular and Developmental Neurobiology | Gao | Qiang | Toyooka Nervous system disease/injury: Baas | Cellular and Developmental Neurobiology | Côté | Danner | Detloff | Dougherty | Fischer | Gao | Giszter | Houle | Jin | Lane | A. Mortensen | Qiang | Raghupathi | Sanz-Clemente | Spinal Cord Research Center | Tom Nervous system regeneration: Baas | Cellular and Developmental Neurobiology | Côté | Detloff | Dougherty | Fischer | Giszter | Houle | Lane | Qiang | Raghupathi | Spinal Cord Research Center | Tom Neuro-rehabilitation: Côté | Danner | Detloff | Giszter | Houle | Lane | Spinal Cord Research Center | Tom Neurobiology: Ausborn | Baas | Barker | Barson | Côté | Danner | Detloff | Dougherty | España | Fischer | Giszter | Houle | Jackson | Jin | Laboratory for Theoretical and Computational Neuroscience | Lane | A. Mortensen | Qiang | Raghupathi | Spinal Cord Research Center | Systems Neurobiology | Tom | Wang Neurobiology-neuroimmunology: Detloff | Gaskill | Tom Neurodegenerative disorders: Baas | A. Mortensen | Qiang Neuroengineering: Danner | Giszter | Laboratory for Theoretical and Computational Neuroscience Neuroimmunology or neuroinflammation: Jain Neuromechanics: Danner Neuropathic pain (molecular mechanisms of): Ajit | Detloff Neuropeptides: Barson | España Neuroprosthetics: Giszter Neuroprotective pathways in neuroinflammation: Meucci | Qiang Neuroprotective pathways in the nervous system: Detloff | Fischer | Houle | Raghupathi | Tom Neurorobotics: Giszter Neurotransmitter transporters: España | A. Mortensen | O. Mortensen Novel liver models: Bouchard O Optogenetics: Barker | Barson | Dougherty | España | Gao | Lane | Raghupathi | Wang P Pain/pain management: Ajit | Detloff Pediatrics: Baas | Carey | Qiang Prefrontal neuronal circuitry: Barker | Gao | Wang Prostate cancer: Fatatis Protein interactions in health and disease: Chaiken R Reflex behaviors: Côté | Danner | Giszter Regulation of gene expression: Rehabilitation: Côté | Danner | Detloff | Giszter | Houle | Lane | Tom Respiratory system: Laboratory for Theoretical and Computational Neuroscience | Lane Role of microtubules in development: Baas | Fischer | Qiang | Toyooka S Schizophrenia: Gao Senescence: Romano Sensorimotor integration: Ausborn | Danner | Rybak Signaling: Hartsough | Jackson | Reginato | Romano Sleep neurobiology: España | Wang Spinal cord injury: Ausborn | Baas | Côté | Danner | Detloff | Dougherty | Fischer | Giszter | Houle | Laboratory for Theoretical and Computational Neuroscience | Lane | Spinal Cord Research Center | Tom Stem cells: Baas | Dougherty | Fischer | Lane | Qiang | Tom | Toyooka Stress-induced psychiatric disorders: España | Gao Structure-based antagonism of HIV-1 Envrecombinant protein/peptidomimetic/small molecule inhibitor design and mechanism of action: Chaiken Substance use disorders: Barker | Barson | España | Klase | O. Mortensen Synaptic signaling and regulation: Gao | Sanz-Clemente Systems neurobiology: Ausborn | Barker | Barson | Danner | España | Gao | Giszter | Laboratory for Theoretical and Computational Neuroscience | Systems Neurobiology Group | Wang T Tau and Tauopathy: Baas | Fischer | Qiang Theoretical and computational neuroscience: Ausborn | Danner | Giszter | Laboratory for Theoretical and Computational Neuroscience | Rybak Therapeutics: Fatatis | Hartsough | Reginato | Romano Transcriptomics: Romano Transgenic animals (mice): Baas | Barson | Côté | Dougherty | España | Fischer | Gao | Lane | Qiang | Romano | Tom | Wang Transplantation: Fischer | Houle | Lane | Tom Traumatic brain injury: Barson | Fischer | Raghupathi Trunk/axial controls: Giszter Tumor microenvironment: Fatatis V Vaccines: Kutzler Viral oncology: Jain Visual processing: Ausborn Voltammetry: España | Gao | Wang Back to Top
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