Faculty

Institution

Unit

Venue

Arun Wakade

Professor Emeritus

Wayne State University

Affiliations

School of Medicine

Pharmacology

Arun Wakade is currently serving as a Pharmacology Professor Emeritus at Wayne State University.

Honors

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Experiences

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Education

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Arun Wakade

Wayne State University

Professor Emeritus

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neuroscience pharmacology neuropharmacology nervous system physiology neurochemistry neurophysiology central nervous system neurons vascular biology adrenal glands biochemistry endocrinology psychoneuroendocrinology neuroendocrine mechanisms sympathetic neurons signal transduction medicinal research pharmacological research experimental pharmacology developmental neurobiology neuropsychopharmacology neurotransmitters cell death animal physiology neurobiological mechanisms neurotransmission clinical pharmacology enzyme inhibition peptides molecular physiology rat adrenal medulla molecular neurodegeneration spinal cord cellular physiology peptide science molecular neurobiology release mechanism inhibitory activity cellular neurobiology apoptosis catecholamine secretion reproductive biology neuropeptides reproductive physiology adrenal disease therapeutic efficacy brain science salivary glands phorbol ester transmitter release vas deferens chick sympathetic neurons addiction biology nicotine neuromodulation (medicine) brain function neuroprotection neuroinflammation anesthetic pharmacology peripheral nervous system peripheral nerve degenerative disease splanchnic neurons nerve stimulation seminal vesicle adrenal medulla rat chromaffin cells nerve growth factor sympathetic nerves neuronal activity noradrenergic storage vesicles homeostatic mechanisms appetite control peptide therapeutics peptoids

Notable Scholarly Works

Notable Federal Grants

Collaborators

Functional Relation Between Caffeine- and Muscarine-Sensitive Ca2+ Stores and No Ca2+ Releasing Action of Cyclic Adenosine Diphosphate-Ribose in Guinea-Pig Adrenal Chromaffin Cells. Neuroscience Letters (2002)

Toshio OhtaArun R. WakadeKazuki YonekuboShigeo Ito

functional selectivityneuropharmacologymolecular neurosciencefunctional relationneuropsychopharmacologyneurosciencecentral nervous systemenergy metabolismbiochemistryanimal physiologyphysiologysignal transductionadrenal glandsneuroendocrine mechanismsneurotransmissionneurophysiologycellular physiologymolecular physiology

Ca 2+ ‐Dependent K + Current and Exocytosis in Responses to Caffeine and Muscarine in Voltage‐Clamped Guinea‐Pig Adrenal Chromaffin Cells. Journal of Neurochemistry (2001)

Toshio OhtaArun R. WakadeYoshikazu NakazatoShigeo Ito

neurochemistryneurobiological mechanismsneuropharmacologycell signalingelectrophysiologyneuroscienceanimal physiologypsychoneuroendocrinologyphysiologysignal transductionadrenal glandsmolecular biologyneuroendocrine mechanismsneurophysiologycellular physiologymolecular physiologyhyperpolarization (biology)

Intracellular, Nonreceptor-Mediated Signaling by Adenosine. Molecular Neurobiology (2001)

Arun R. WakadeDennis A. PrzywaraTaruna D. Wakade

molecular biologymolecular neurobiologynonreceptor-mediated signalingsignal transduction

Primary Structure and Function of the Catecholamine Release Inhibitory Peptide Catestatin (Chromogranin A344−364): Identification of Amino Acid Residues Crucial for Activity. Molecular Endocrinology (2000)

Sushil K. MahataManjula MahataArun R. WakadeDaniel T. O’Connor

protein scienceprotein structureneuropeptidespharmacologymolecular pharmacologypeptide sciencechromatinchromatin remodelingprimary structurepeptidesamino acidpeptide therapeuticsbiochemistrypeptoidsmolecular metabolismendocrinologyprotein chemistrysignal transductionmolecular biologyenzyme inhibition

2’-Deoxyadenosine Causes Cell Death in Embryonic Chicken Sympathetic Ganglia and Brain. Cell and Tissue Research (1999)

Zhenhua ZhaoW. J. CrosslandJayant S. KulkarniTaruna D. WakadeArun R. Wakade

developmental biologyneuroinflammationdevelopmental neurobiologyoxidative stressstem cellsneurosciencecentral nervous systemneuropeptidesbiochemistryanimal physiologymolecular neurobiologymammalian biologymolecular neurodegenerationcellular biologycerebral organoidspeptidescell deathnervous system

2′-Deoxyadenosine Selectively Kills Nonneuronal Cells Without Affecting Survival and Growth of Chick Dorsal Root Ganglion Neurons. Brain Research (1998)

Arun R WakadeJayant S KulkarniJoanne T Fujii

neuronsbrain scienceneuroprotectionneurosciencenonneuronal cellscell deathbrain function

Adenosine Induces Apoptosis by Inhibiting Mrna and Protein Synthesis in Chick Embryonic Sympathetic Neurons. Neuroscience Letters (1998)

Jayant S KulkarniDennis A PrzywaraTaruna D WakadeArun R Wakade

developmental biologyapoptosisdevelopmental neurobiologyadenosine induces apoptosisneurosciencecell death

Adenosine Protects Chick Embryonic Sympathetic Neurons From Apoptotic Death by 2′-Deoxyadenosine - Importance of Atp in Apoptosis. Neuroscience Letters (1998)

Arun R WakadeTaruna D WakadeJayant S Kulkarni

neuronsapoptosisapoptotic deathneuroscience

Pituitary Adenylyl Cyclase‐Activating Polypeptide and Nerve Growth Factor Use the Proteasome to Rescue Nerve Growth Factor‐Deprived Sympathetic Neurons Cultured From Chick Embryos. Journal of Neurochemistry (1998)

Dennis A. PrzywaraJayant S. KulkarniTaruna D. WakadeDmitry V. LeontievArun R. Wakade

chick embryosneurochemistrynerve growth factorneuroscience

Sympathetic Neurons of the Chick Embryo Are Rescued by Pacap From Apoptotic Death. Annals of the New York Academy of Sciences (1998)

ARUN R. WAKADEDIMITRY LEONTIV

developmental neurobiologycellular neurobiologyreproductive physiologyneurosciencechick embryomammalian biologydevelopmental biologyavian biologyornithologyapoptosisembryonic developmentsympathetic neuronssensorimotor transformationscell deathregeneration (biology)neuronscentral nervous systembiologyembryologyreproductive biologyapoptotic death

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Arun Wakade

Professor Emeritus

Wayne State University

Affiliations

School of Medicine

Pharmacology

Arun Wakade is currently serving as a Pharmacology Professor Emeritus at Wayne State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Arun Wakade

Wayne State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Toshio OhtaArun R. WakadeKazuki YonekuboShigeo Ito

Ca 2+ ‐Dependent K + Current and Exocytosis in Responses to Caffeine and Muscarine in Voltage‐Clamped Guinea‐Pig Adrenal Chromaffin Cells. Journal of Neurochemistry (2001)

Toshio OhtaArun R. WakadeYoshikazu NakazatoShigeo Ito

Intracellular, Nonreceptor-Mediated Signaling by Adenosine. Molecular Neurobiology (2001)

Arun R. WakadeDennis A. PrzywaraTaruna D. Wakade

molecular biologymolecular neurobiologynonreceptor-mediated signalingsignal transduction

Sushil K. MahataManjula MahataArun R. WakadeDaniel T. O’Connor

2’-Deoxyadenosine Causes Cell Death in Embryonic Chicken Sympathetic Ganglia and Brain. Cell and Tissue Research (1999)

Zhenhua ZhaoW. J. CrosslandJayant S. KulkarniTaruna D. WakadeArun R. Wakade

2′-Deoxyadenosine Selectively Kills Nonneuronal Cells Without Affecting Survival and Growth of Chick Dorsal Root Ganglion Neurons. Brain Research (1998)

Arun R WakadeJayant S KulkarniJoanne T Fujii

neuronsbrain scienceneuroprotectionneurosciencenonneuronal cellscell deathbrain function

Adenosine Induces Apoptosis by Inhibiting Mrna and Protein Synthesis in Chick Embryonic Sympathetic Neurons. Neuroscience Letters (1998)

Jayant S KulkarniDennis A PrzywaraTaruna D WakadeArun R Wakade

developmental biologyapoptosisdevelopmental neurobiologyadenosine induces apoptosisneurosciencecell death

Adenosine Protects Chick Embryonic Sympathetic Neurons From Apoptotic Death by 2′-Deoxyadenosine - Importance of Atp in Apoptosis. Neuroscience Letters (1998)

Arun R WakadeTaruna D WakadeJayant S Kulkarni

neuronsapoptosisapoptotic deathneuroscience

Dennis A. PrzywaraJayant S. KulkarniTaruna D. WakadeDmitry V. LeontievArun R. Wakade

chick embryosneurochemistrynerve growth factorneuroscience

Sympathetic Neurons of the Chick Embryo Are Rescued by Pacap From Apoptotic Death. Annals of the New York Academy of Sciences (1998)

ARUN R. WAKADEDIMITRY LEONTIV

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Institution

Vanderbilt University

neuroscience

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Institution

New York University

neuronal serotonin

neurodevelopmental disorder

Juan M. Saavedra

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Harvard University

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free radical biology

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University of California, San Diego

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hormone secretion

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