Faculty

Institution

Unit

Venue

Terence M. Bradley

Professor

University of Rhode Island

Affiliations

College of the Environment and Life Sciences

Animal and Veterinary Science

Fisheries, Animal, and Veterinary Science

Terence M. Bradley is currently serving as an Animal And Veterinary Science Professor at University of Rhode Island.

Honors

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Experiences

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Education

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Terence M. Bradley

University of Rhode Island

Professor

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fish biology avian biology physiology marine biology biochemistry aquaculture animal physiology atlantic salmon molecular biology ecology membrane biology zoology livestock science salmo salar animal science molecular physiology mammalian biology experimental biology comparative physiology marine ecology oceanography veterinary medicine enzymes liver physiology biological oceanography osmoregulation parr-smolt transformation climate change aquatic ecosystems animal ecology protein science veterinary physiology wildlife biology hyperosmotic stress gene expression applied physiology osmotic stress marine biotechnology aquacultural engineering abiotic factors pyruvate carboxylase circulatory physiology reproductive biology poultry science molecular regulation gene characterization cloning mammalian physiology human physiology nutritional sciences animal protection hydrobiology early life exposures transcription regulation rna biology animal reproduction animal production aquatic organisms structure-function enzyme kinetics receptor tyrosine kinases molecular substrates comparative toxicology ammonia ecophysiology mineral metabolism veterinary diagnostics growth rate reduced tissue lipid thermal shock osmotic shock heat shock proteins hatchery stress early life stages salmon smoltification research future milestones present misconceptions aquatic toxicology mariculture biology aquaculture development fisheries seafood industry biological engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Real-Time Assessment of the Impacts of Polystyrene and Silver Nanoparticles on the Hatching Process and Early-Stage Development of Artemia Using a Microfluidic Platform. Environmental Science Nano (2024)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

nanoparticlesearly-stage developmentmicrofluidic platformsilver nanoparticlesreal-time assessmenthatching processenvironmental sciencenanotechnology

Trophic Transfer and Bioaccumulation of Nanoplastics in Coryphaena Hippurus (Mahi-Mahi) and Effect of Depuration. PLoS ONE (2024)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

bioaccumulationmicrobial ecologycoryphaena hippurusenvironmental scienceenvironmental microbiology

The Impact of Selected Abiotic Factors on Artemia Hatching Process Through Real-Time Observation of Oxygen Changes in a Microfluidic Platform. Scientific Reports (2023)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

artemia hatching processoxygen changesmicrofluidic platformmicrofluidicsabiotic factorsecologyhealth sciencesreal-time observation

The Impact of Selected Abiotic Factors on Zooplankton Hatching Process Through Real-Time, In-Situ Observation. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

marine biologyin-situ observationmarine ecologyzooplankton ecologyecologyabiotic factorsbiological oceanographyzooplankton hatching process

Motor Neuron Scaling and Somatic Growth in Normal and Transgenic Rainbow Trout, Oncorhynchus Mykiss. The FASEB Journal (2017)

Curt W AndersonEthan T FeurbornTerence M BradleyKenneth J Rodnick

motor neuron scalingavian biologygeneticsornithologylivestock sciencetransgenic rainbow troutneurosciencefish biologyphysiologyneurophysiologysomatic growth

Muscle Growth in Teleost Fish is Regulated by Factors Utilizing the Activin II B Receptor. Journal of Experimental Biology (2013)

Michael P. PhelpsIan M. JaffeTerence M. Bradley

developmental biologyavian biologyteleost fishmuscle growthcell biologyanimal sciencefish biologymembrane biologyphysiologyanimal physiologymammalian biologyexperimental biology

The Potential of Enhancing Muscle Growth in Cultured Fish Through the Inhibition of Members of the Transforming Growth Factor‐β Superfamily. (2011)

Michael P. PhelpsTerence M. Bradley

developmental biologyavian biologymuscle growthfish biologymembrane biologyphysiologyanimal physiologygrowth factor-b superfamilycultured fish

Overexpression of Follistatin in Trout Stimulates Increased Muscling. AJP Regulatory Integrative and Comparative Physiology (2009)

Erika F. MedeirosMichael P. PhelpsFernando D. FuentesTerence M. Bradley

veterinary physiologycirculatory physiologymolecular physiologyendocrinologyapplied physiologyhuman movementmammalian physiologyneurophysiologycomparative physiologypharmacologyanimal physiologyphysiologyfish biologyhuman physiologymotor controlexercise physiology

Acoustic Conditioning for Recall/Recapture of Escaped Atlantic Salmon and Rainbow Trout. Aquaculture (2007)

Michael F. TlustyJennifer AndrewKenneth BaldwinTerence M. Bradley

rainbow troutacoustic conditioningmarine biologyescaped atlantic salmonfish biologyaquacultureecology

EPILOGUE: Past Successes, Present Misconceptions and Future Milestones in Salmon Smoltification Research. Aquaculture (2007)

Björn Thrandur BjörnssonTerence M. Bradley

aquaculturelivestock sciencesalmon smoltification researchfuture milestonespast successespresent misconceptionsfish biologyenvironmental scienceclimate change

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Terence M. Bradley

Professor

University of Rhode Island

Affiliations

College of the Environment and Life Sciences

Animal and Veterinary Science

Fisheries, Animal, and Veterinary Science

Terence M. Bradley is currently serving as an Animal And Veterinary Science Professor at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Terence M. Bradley

University of Rhode Island

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

nanoparticlesearly-stage developmentmicrofluidic platformsilver nanoparticlesreal-time assessmenthatching processenvironmental sciencenanotechnology

Trophic Transfer and Bioaccumulation of Nanoplastics in Coryphaena Hippurus (Mahi-Mahi) and Effect of Depuration. PLoS ONE (2024)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

bioaccumulationmicrobial ecologycoryphaena hippurusenvironmental scienceenvironmental microbiology

The Impact of Selected Abiotic Factors on Artemia Hatching Process Through Real-Time Observation of Oxygen Changes in a Microfluidic Platform. Scientific Reports (2023)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

artemia hatching processoxygen changesmicrofluidic platformmicrofluidicsabiotic factorsecologyhealth sciencesreal-time observation

The Impact of Selected Abiotic Factors on Zooplankton Hatching Process Through Real-Time, In-Situ Observation. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Preyojon DeyTerence M. BradleyAlicia Boymelgreen

marine biologyin-situ observationmarine ecologyzooplankton ecologyecologyabiotic factorsbiological oceanographyzooplankton hatching process

Motor Neuron Scaling and Somatic Growth in Normal and Transgenic Rainbow Trout, Oncorhynchus Mykiss. The FASEB Journal (2017)

Curt W AndersonEthan T FeurbornTerence M BradleyKenneth J Rodnick

motor neuron scalingavian biologygeneticsornithologylivestock sciencetransgenic rainbow troutneurosciencefish biologyphysiologyneurophysiologysomatic growth

Muscle Growth in Teleost Fish is Regulated by Factors Utilizing the Activin II B Receptor. Journal of Experimental Biology (2013)

Michael P. PhelpsIan M. JaffeTerence M. Bradley

developmental biologyavian biologyteleost fishmuscle growthcell biologyanimal sciencefish biologymembrane biologyphysiologyanimal physiologymammalian biologyexperimental biology

The Potential of Enhancing Muscle Growth in Cultured Fish Through the Inhibition of Members of the Transforming Growth Factor‐β Superfamily. (2011)

Michael P. PhelpsTerence M. Bradley

developmental biologyavian biologymuscle growthfish biologymembrane biologyphysiologyanimal physiologygrowth factor-b superfamilycultured fish

Overexpression of Follistatin in Trout Stimulates Increased Muscling. AJP Regulatory Integrative and Comparative Physiology (2009)

Erika F. MedeirosMichael P. PhelpsFernando D. FuentesTerence M. Bradley

Acoustic Conditioning for Recall/Recapture of Escaped Atlantic Salmon and Rainbow Trout. Aquaculture (2007)

Michael F. TlustyJennifer AndrewKenneth BaldwinTerence M. Bradley

rainbow troutacoustic conditioningmarine biologyescaped atlantic salmonfish biologyaquacultureecology

EPILOGUE: Past Successes, Present Misconceptions and Future Milestones in Salmon Smoltification Research. Aquaculture (2007)

Björn Thrandur BjörnssonTerence M. Bradley

aquaculturelivestock sciencesalmon smoltification researchfuture milestonespast successespresent misconceptionsfish biologyenvironmental scienceclimate change

1
2
3
4
5
10 / page

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Similar Faculty Members

Fernando Galvez

Institution

Louisiana State University

fish physiology

biosystems

Allyson Hindle

Institution

University of Nevada, Las Vegas

diving mammals

comparative physiology

S. Rahman

Institution

University of Texas at Austin

ecology

fish biology

Christopher Cutler

Institution

Georgia Southern University

in particular

recently also killifish

Michele G. Wheatly

Institution

Syracuse University

comparative physiology

molecular and cellular biology

Scott R. McWilliams

Institution

University of Rhode Island

community (ecology)

migratory birds

Erika Eliason

Institution

University of California, Santa Barbara

fish biology

ecology

Kenneth J. Rodnick

Institution

Idaho State University

aquaculture industry understand nutrient utilization in trout

fish farming

Steven C. Hand

Institution

Louisiana State University

hypoxia tolerance

molecular metabolism

Donovan P German

Institution

University of California, Irvine

digestive tract

comparative physiology