Faculty

Institution

Unit

Venue

John Glendinning

Barnard College

Affiliations

Barnard College

Department of Neuroscience

Department of Political Science and Government

Department Of Biological Sciences

Department Of Theatre

NoneJohn Glendinning is currently serving as a Barnard College faculty at Barnard College.

Honors

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Experiences

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Education

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John Glendinning

Barnard College

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physiology neuroscience metabolism sensory science entomology behavioral neuroscience nutrition behavioral sciences animal behavior experimental nutrition receptors energy homeostasis pharmacology neurophysiology nervous system insect science appetite control lipids mammalian biology metabolic syndrome diabetes research insulin signaling animal physiology comparative physiology physiological research semiochemicals metabolic state molecular nutrition addiction biology experimental criminology animal cognition insect biochemistry cell metabolism nutritional biochemistry sensometrics plant-insect interactions molecular physiology neuropsychopharmacology insect molecular biology functional foods plant toxins gastrointestinal peptide hormone alcohol dependence veterinary physiology insulin delivery neurobiological mechanisms manduca sexta food choice animal behaviour neural science biotic interactions predator-prey interactions food web interactions mammalian physiology functional selectivity metabolic health insect social behavior food toxicology dietary exposure human physiology diabetes mellitus flavor preferences fetal ethanol exposure herbivorous insect daily intake umami compounds identifying mice high-throughput screening procedure oromotor function polycose taste amino acid taste hedonic reaction animal model negative symptoms postoral interactions toxic plant compound

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Use (and Misuse) of Nonnutritive Sweeteners in Studies of Sugar Appetite and Reward in Rodents. Physiology & Behavior (2026)

physiologynutritional neuroscienceappetite controlexperimental nutritionbehavioral nutritionendocrinologysugar appetiteobesitynonnutritive sweetenersmetabolismnutritionhealth sciencespublic health nutrition

Fighting Fire With Fire: Impact of Sugary Diets on Metabolically Deranged Mice. Nutrients (2024)

physiologyobesity medicineenergy homeostasismetabolically deranged miceexperimental nutritionenergy metabolismmetabolic syndromesugary dietsobesitymetabolic statenutritional biochemistrymetabolismmolecular nutritionnutritionhealth sciencesmetabolic pathwayscell metabolism

Individual Differences in Cephalic-Phase Insulin Response Are Stable Over Time and Predict Glucose Tolerance in Mice. Physiology & Behavior (2024)

physiologydiabetes technologymetabolic pathwaysdiabetes carediabetesdiabetes mellitusinsulin signalingindividual differencesdiabetes researchmetabolic syndromepredict glucose tolerancemetabolic statemetabolisminsulin managementcephalic-phase insulin responseneurosciencehealth sciences

Mice Condition Cephalic-Phase Insulin Release to Flavors Associated With Postoral Actions of Concentrated Glucose. Nutrients (2024)

physiologyenergy homeostasisdiabetes therapiespharmacologydiabetesinsulin signalinginsulin deliverypostoral actionsdiabetes researchendocrinologyconcentrated glucosemetabolisminsulin managementmetabolic pathways

Mice Learn to Identify and Discriminate Sugar Solutions Based on Odor Cues. Chemical Senses (2024)

cognitive neuroscienceanimal behaviorelectronic nosesneurobiological mechanismsmice learnodor cuesanimal cognitionsugar solutionscognitive scienceneurosciencebehavioral neurosciencesensory sciencebehavioral sciences

Chronic Sugar Exposure Increases Daily Intake of Sugars but Decreases Avidity for Sweeteners in Mice. Appetite (2023)

physiologyenergy homeostasisappetite controldiabetes therapiesexperimental nutritiondaily intakediabetes researchmetabolic syndromechronic sugar exposureobesitymetabolic statemolecular nutritionmetabolismnutritionhealth sciencesmetabolic pathways

Conditioned Preference and Avoidance Induced in Mice by the Rare Sugars Isomaltulose and Allulose. Physiology & Behavior (2023)

Anthony SclafaniAlexander CastilloIon CarataRachel PinesEli BerglasSerena JosephJoymin SarkerMirna NashedMatthew RolandSebastian ArzayusNiki WilliamsJohn I. GlendinningRichard J. Bodnar

physiologyanimal behaviorelectrophysiologyanimal physiologyphysiological researchveterinary medicinemammalian biologyveterinary sciencedietetics practiceliver physiologyveterinary physiologybehavioral sciences

Consumption of Glucose Syrup Enhances Glucose Tolerance in Mice. Physiology & Behavior (2022)

physiologydiabetes therapiesdiabetesdiabetes mellitusdiabetes researchmetabolic syndromemetabolismnutritionhealth sciences

Corrigendum to “Taste of Glucose Elicits Cephalic-Phase Insulin Release in Mice” Physiology Behavior 192 (2018) 12153. Physiology & Behavior (2022)

physiologyenergy homeostasisdiabetes therapiesdiabetesinsulin signalingdiabetes researchmice ” physiologybehavior 192diabetic medicinemetabolismneuroscienceneurophysiology

Cephalic Phase Insulin Release: A Review of Its Mechanistic Basis and Variability in Humans. Physiology & Behavior (2021)

Alexa J. PullicinJohn I. GlendinningJuyun Lim

physiologybiophysicsinsulin deliveryphysiological researchendocrinologyhuman physiologymechanistic basishuman biologyneuroscienceneurophysiology

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John Glendinning

Barnard College

Affiliations

Barnard College

Department of Neuroscience

Department of Political Science and Government

Department Of Biological Sciences

Department Of Theatre

NoneJohn Glendinning is currently serving as a Barnard College faculty at Barnard College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Glendinning

Barnard College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Use (and Misuse) of Nonnutritive Sweeteners in Studies of Sugar Appetite and Reward in Rodents. Physiology & Behavior (2026)

Fighting Fire With Fire: Impact of Sugary Diets on Metabolically Deranged Mice. Nutrients (2024)

Individual Differences in Cephalic-Phase Insulin Response Are Stable Over Time and Predict Glucose Tolerance in Mice. Physiology & Behavior (2024)

Mice Condition Cephalic-Phase Insulin Release to Flavors Associated With Postoral Actions of Concentrated Glucose. Nutrients (2024)

Mice Learn to Identify and Discriminate Sugar Solutions Based on Odor Cues. Chemical Senses (2024)

Chronic Sugar Exposure Increases Daily Intake of Sugars but Decreases Avidity for Sweeteners in Mice. Appetite (2023)

Conditioned Preference and Avoidance Induced in Mice by the Rare Sugars Isomaltulose and Allulose. Physiology & Behavior (2023)

Anthony SclafaniAlexander CastilloIon CarataRachel PinesEli BerglasSerena JosephJoymin SarkerMirna NashedMatthew RolandSebastian ArzayusNiki WilliamsJohn I. GlendinningRichard J. Bodnar

Consumption of Glucose Syrup Enhances Glucose Tolerance in Mice. Physiology & Behavior (2022)

physiologydiabetes therapiesdiabetesdiabetes mellitusdiabetes researchmetabolic syndromemetabolismnutritionhealth sciences

Corrigendum to “Taste of Glucose Elicits Cephalic-Phase Insulin Release in Mice” Physiology Behavior 192 (2018) 12153. Physiology & Behavior (2022)

physiologyenergy homeostasisdiabetes therapiesdiabetesinsulin signalingdiabetes researchmice ” physiologybehavior 192diabetic medicinemetabolismneuroscienceneurophysiology

Cephalic Phase Insulin Release: A Review of Its Mechanistic Basis and Variability in Humans. Physiology & Behavior (2021)

Alexa J. PullicinJohn I. GlendinningJuyun Lim

physiologybiophysicsinsulin deliveryphysiological researchendocrinologyhuman physiologymechanistic basishuman biologyneuroscienceneurophysiology

1
2
3
4
5
6
7
10 / page