Faculty

Institution

Unit

Venue

David L. Goldstein

Professor Emeritus

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

David L. Goldstein is currently serving as a Biological Sciences Professor Emeritus at Wright State University.

Honors

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Experiences

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Education

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David L. Goldstein

Wright State University

Professor Emeritus

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physiology avian biology animal physiology ecology membrane biology comparative physiology biology climate change osmoregulation ornithology nephrology veterinary medicine zoology mammalian biology endocrinology plant physiology mammalian physiology renal function urology veterinary physiology applied physiology animal ecology wildlife biology human physiology physiological research gray treefrog marine biology animal science molecular physiology ecophysiology hyla chrysoscelis anatomy morphology (biology) avian medicine integrative biology wildlife ecology experimental biology freeze-thaw cycling avian kidney bobwhite quail mammalogy experimental botany adaptation animal behavior circulatory physiology comparative endocrinology rna biology house sparrows plasma levels renal response arginine vasotocin larus glaucescens lower intestine water restriction physiological regulation renal care predator-prey interactions marine ecology movement ecology coral reefs rodent ecology nematology breeding behavior translational physiology water balance morphological evidence short-term variability permafrost organ physiology protein expression phytochemistry daily energy expenditure field studies time-energy budget extrarenal regulation body fluid composition freeze tolerance cold acclimation

Notable Scholarly Works

Notable Federal Grants

Collaborators

1H-Nmr Analysis Reveals Cold Acclimation Induces Homeoviscous Adaptation in Membranes From Liver, but Not in Blood Cells or Skeletal Muscle in the Freeze Tolerant Cope's Gray Treefrog. Physiology (2023)

Elizabeth YokumJeremy ErbDavid GoldsteinCarissa Krane

physiologyimmunologyliver physiologyelectrophysiologycellular physiologymembranesanimal physiologyapplied physiologyplant physiologyorgan physiologycomparative physiologybiomechanicsmembrane biologycell biology

Novel Observations of “Freeze Resistance” and Dynamic Blue and Green Dorsal Coloration in Frozen and Thawing Dryophytes Chrysoscelis. Journal of Experimental Zoology Part A Ecological and Integrative Physiology (2023)

Elizabeth E. YokumDavid L. GoldsteinCarissa M. Krane

physiologyfreeze resistanceexperimental botanyecophysiologynovel observationszoologycold region sciencedynamic blueenvironmental scienceplant physiologyecologyfreeze-thaw cyclingbotanypermafrost

Repeated Freeze-Thaw Cycles in Freeze-Tolerant Treefrogs: Novel Interindividual Variation of Integrative Biochemical, Cellular, and Organismal Responses. AJP Regulatory Integrative and Comparative Physiology (2022)

Elizabeth E. YokumMatthew WascherDavid L. GoldsteinCarissa M. Krane

physiologyfreeze-tolerant treefrogsavian biologyanimal physiologyorganismal responsesfreeze-thaw cyclescomparative physiologyintegrative biochemicalbiochemistry

Renal and Extrarenal Regulation of Body Fluid Composition. Elsevier eBooks (2021)

David L. Goldstein

public healthavian biologyextrarenal regulationendocrinologyurologyphysiological regulationrenal carebody fluid compositionhealth sciences

Hepatic Transcriptome of the Freeze-Tolerant Cope’s Gray Treefrog, Dryophytes Chrysoscelis: Responses to Cold Acclimation and Freezing. BMC Genomics (2020)

M. Clara F. do AmaralJames FrisbieRaphael J. CrumDavid L. GoldsteinCarissa M. Krane

genomicsavian biologyhepatic transcriptomegeneticsenvironmental scienceclimate changegray treefrogecologyfreeze-tolerant cope

Postfreeze Viability of Erythrocytes From Dryophytes Chrysoscelis. Journal of Experimental Zoology Part A Ecological and Integrative Physiology (2019)

Loren GeissM. Clara F. do AmaralJames FrisbieDavid L. GoldsteinCarissa M. Krane

zoologyanimal ecologyplant physiologywildlife biologyecologyconservation biologypostfreeze viabilitybotany

Characterization of the Glycosylation of Aquaglyceroporin Hc‐3 in Erythrocytes From the Freeze Tolerant Anuran, Dryophytes Chrysoscelis. The FASEB Journal (2018)

Dante PezzuttiJames FrisbieDavid GoldsteinLoren GeissCarissa M. Krane

physiologyglycobiologycarbohydrate chemistryfreeze tolerant anuranplant physiologyphytochemistryplant scienceglycosylationbiochemistrycell biology

The Cryoprotectant System of Cope’s Gray Treefrog, Dryophytes Chrysoscelis: Responses to Cold Acclimation, Freezing, and Thawing. Journal of Comparative Physiology B (2018)

M. Clara F. do AmaralJames FrisbieDavid L. GoldsteinCarissa M. Krane

cryoprotectant systemfreeze-thaw cyclinggray treefrogmarine biologycomparative physiologyecology

The Effect of Acute Temperature Change on the Localization of Aquaporin‐3 in the Erythrocytes of the Freeze‐Tolerant Cope's Gray Treefrog. The FASEB Journal (2018)

Brian StogsdillJames FrisbieDavid Goldstein

physiologyosmoregulationavian biologymarine biologyacute temperature changeecologyfreeze-tolerant cope

Expression of the Aquaglyceroporin Hc ‐9 in a Freeze‐Tolerant Amphibian That Accumulates Glycerol Seasonally. Physiological Reports (2017)

Brian StogsdillJames FrisbieCarissa M. KraneDavid L. Goldstein

physiologyfreeze-tolerant amphibianpharmacologyavian biologyphysiological researchclimate changeecology

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David L. Goldstein

Professor Emeritus

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

David L. Goldstein is currently serving as a Biological Sciences Professor Emeritus at Wright 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

David L. Goldstein

Wright State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elizabeth YokumJeremy ErbDavid GoldsteinCarissa Krane

Elizabeth E. YokumDavid L. GoldsteinCarissa M. Krane

physiologyfreeze resistanceexperimental botanyecophysiologynovel observationszoologycold region sciencedynamic blueenvironmental scienceplant physiologyecologyfreeze-thaw cyclingbotanypermafrost

Elizabeth E. YokumMatthew WascherDavid L. GoldsteinCarissa M. Krane

physiologyfreeze-tolerant treefrogsavian biologyanimal physiologyorganismal responsesfreeze-thaw cyclescomparative physiologyintegrative biochemicalbiochemistry

Renal and Extrarenal Regulation of Body Fluid Composition. Elsevier eBooks (2021)

David L. Goldstein

public healthavian biologyextrarenal regulationendocrinologyurologyphysiological regulationrenal carebody fluid compositionhealth sciences

Hepatic Transcriptome of the Freeze-Tolerant Cope’s Gray Treefrog, Dryophytes Chrysoscelis: Responses to Cold Acclimation and Freezing. BMC Genomics (2020)

M. Clara F. do AmaralJames FrisbieRaphael J. CrumDavid L. GoldsteinCarissa M. Krane

genomicsavian biologyhepatic transcriptomegeneticsenvironmental scienceclimate changegray treefrogecologyfreeze-tolerant cope

Postfreeze Viability of Erythrocytes From Dryophytes Chrysoscelis. Journal of Experimental Zoology Part A Ecological and Integrative Physiology (2019)

Loren GeissM. Clara F. do AmaralJames FrisbieDavid L. GoldsteinCarissa M. Krane

zoologyanimal ecologyplant physiologywildlife biologyecologyconservation biologypostfreeze viabilitybotany

Characterization of the Glycosylation of Aquaglyceroporin Hc‐3 in Erythrocytes From the Freeze Tolerant Anuran, Dryophytes Chrysoscelis. The FASEB Journal (2018)

Dante PezzuttiJames FrisbieDavid GoldsteinLoren GeissCarissa M. Krane

physiologyglycobiologycarbohydrate chemistryfreeze tolerant anuranplant physiologyphytochemistryplant scienceglycosylationbiochemistrycell biology

The Cryoprotectant System of Cope’s Gray Treefrog, Dryophytes Chrysoscelis: Responses to Cold Acclimation, Freezing, and Thawing. Journal of Comparative Physiology B (2018)

M. Clara F. do AmaralJames FrisbieDavid L. GoldsteinCarissa M. Krane

cryoprotectant systemfreeze-thaw cyclinggray treefrogmarine biologycomparative physiologyecology

The Effect of Acute Temperature Change on the Localization of Aquaporin‐3 in the Erythrocytes of the Freeze‐Tolerant Cope's Gray Treefrog. The FASEB Journal (2018)

Brian StogsdillJames FrisbieDavid Goldstein

physiologyosmoregulationavian biologymarine biologyacute temperature changeecologyfreeze-tolerant cope

Expression of the Aquaglyceroporin Hc ‐9 in a Freeze‐Tolerant Amphibian That Accumulates Glycerol Seasonally. Physiological Reports (2017)

Brian StogsdillJames FrisbieCarissa M. KraneDavid L. Goldstein

physiologyfreeze-tolerant amphibianpharmacologyavian biologyphysiological researchclimate changeecology

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Paul J. Schaeffer

Institution

Miami University

movement ecophysiology

exercise physiology

Dane Crossley

Institution

University of North Texas

developmental physiology

comparative physiology

Steven C. Hand

Institution

Louisiana State University

hypoxia tolerance

molecular metabolism

Kenneth J. Rodnick

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aquaculture industry understand nutrient utilization in trout

fish farming

J. Larry Renfro

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physiology

nephrology

Hannah Carey

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University of Wisconsin–Madison

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molecular and cellular biology

Donald Mykles

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molecular metabolism

genomics

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evolutionary biology

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