Last Name First Name Research/Clinical Interest Title Keywords   PARANT JOHN Animal Models of Genomic Instability, p53 Regulation, Cancer and Mitotic Dysfunction Zebrafish, Mouse, Li Fraumeni Syndrome, Roberts syndrome, Birth Defects, Tumor Suppressor, Genomic Instability, Aneuploidy, Mitosis, DNA damage, Cancer, and Apoptosis.   PARANT JOHN Animal Models of Genomic Instability, p53 Regulation, Cancer and Mitotic Dysfunction Zebrafish, Mouse, Li Fraumeni Syndrome, Roberts syndrome, Birth Defects, Tumor Suppressor, Genomic Instability, Aneuploidy, Mitosis, DNA damage, Cancer, and Apoptosis.   PARANT JOHN Animal Models of Genomic Instability, p53 Regulation, Cancer and Mitotic Dysfunction Zebrafish, Mouse, Li Fraumeni Syndrome, Roberts syndrome, Birth Defects, Tumor Suppressor, Genomic Instability, Aneuploidy, Mitosis, DNA damage, Cancer, and Apoptosis.   PARANT JOHN Animal Models of Genomic Instability, p53 Regulation, Cancer and Mitotic Dysfunction Zebrafish, Mouse, Li Fraumeni Syndrome, Roberts syndrome, Birth Defects, Tumor Suppressor, Genomic Instability, Aneuploidy, Mitosis, DNA damage, Cancer, and Apoptosis.   PARANT JOHN Animal Models of Genomic Instability, p53 Regulation, Cancer and Mitotic Dysfunction Zebrafish, Mouse, Li Fraumeni Syndrome, Roberts syndrome, Birth Defects, Tumor Suppressor, Genomic Instability, Aneuploidy, Mitosis, DNA damage, Cancer, and Apoptosis.   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARKS DALE Reactive Oxygen and Nitrogen Species in Cardiovascular Disease Free Radical Biology, ischemia, liver, transplantation, nitric oxide   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PARPURA VLADIMIR The role of glial cells in physiology of nervous system. astrocyte, autism spectrum disorder, carbon nanotubes, glial biology, gliomas, enteric glia, exocytosis, glutamate, glial-neuronal signaling, intellectual disability, nanotechnology, neural prosthesis, optogenetics, physiology, pathology   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATEL RAKESH Modulation of Inflammation by Reactive Species and N-glycans vascular, hemoglobin, red cells, Inflammation, isoflavones, Nitric oxide, nitrite, N-glycan, matrikine   PATERSON ANDREW Role of O-Glycosylation in Gene Regulation, Cell Growth, and Differentiation. Transcription factors, gene regulation, proteasome, glycosylation, O-GlcNAc, development, transgenic mice   PATTERSON MARK   PEARCE BENJAMIN   PENG JI-BIN Calcium transport proteins and their roles in health and disease Calcium transport, absorption, reabsorption, hyercalciuria, hypertension, TRPV6, TRPV5, WNK4   PENG JI-BIN Calcium transport proteins and their roles in health and disease Calcium transport, absorption, reabsorption, hyercalciuria, hypertension, TRPV6, TRPV5, WNK4   PENG JI-BIN Calcium transport proteins and their roles in health and disease Calcium transport, absorption, reabsorption, hyercalciuria, hypertension, TRPV6, TRPV5, WNK4   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERCY ALAN Rare Disease CRC for New Therapies and New Diagnostics Rett syndrome, MECP2, phenotype, genotype, natural history, longevity   PERRY GILBERT heart failure, angiotensin, natriuretic peptides, echocardiography, transgenic mouse   PETIT CHAD Strain Dependent Structure and Function of the Influenza NS1 Protein influenza, nmr, ns1, structural biology, virology   PETIT CHAD Strain Dependent Structure and Function of the Influenza NS1 Protein influenza, nmr, ns1, structural biology, virology   PETIT CHAD Strain Dependent Structure and Function of the Influenza NS1 Protein influenza, nmr, ns1, structural biology, virology   PETIT CHAD Strain Dependent Structure and Function of the Influenza NS1 Protein influenza, nmr, ns1, structural biology, virology   PHILIPS JOSEPH Persistent Pulmonary Hypertension of the Newborn, Group B Streptococcus.   PILLION DENNIS Diabetes mellitus treatment; nasal insulin delivery   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction   PITTLER STEVEN Basic and Translational Studies of Photoreceptor Metabolism and Retinal Degeneration retinitis pigmentosa, phosphodiesterase, cGMP-gated cation channel, photoreceptor, phototransduction First Prev   28 29 30 31 32 33 34 35 36 37 of  47  Next Last