Faculty

Institution

Unit

Venue

Dr. Adel Ghnenis

Langston University

Affiliations

American Institute For Goat Research

Department Of Agriculture And Applied Sciences

School of Agriculture and Applied Sciences

E (Kika) De La Garza American Institute For Goat Research

Langston University

NoneDr. Adel Ghnenis is currently serving as a American Institute For Goat Research faculty at Langston University.

Honors

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Experiences

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Education

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Dr. Adel Ghnenis

Langston University

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developmental biology physiology endocrinology health sciences animal physiology animal nutrition livestock science animal science nutrition mammalian biology maternal obesity obesity cardiovascular research maternal-fetal medicine maternal nutrition public health environmental health environmental research inflammation hematology enzymes metabolic syndrome mammalogy medicinal research developmental science obstetrics and gynaecology avian biology clinical investigation circulatory physiology cellular physiology molecular physiology malnutrition renal function neonatology developmental endocrinology steroid metabolism mammalian physiology livestock health clinical evidence mitochondrial function fetal medicine cardiovascular physiology maternal overnutrition intergenerational impact animal models glucocorticoid receptors proinflammatory cytokines cardiac ventricular expression rapid communication obese pregnant ewes muscular dystrophy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Maternal Undernutrition During Gestation Programs Skeletal Muscle Development in Male Goat Offspring. Preprints.org (2026)

developmental biologyfertilitylivestock scienceembryologyendocrinologyanimal biotechnologymaternal healthnutritionanimal bioscienceanimal sciencebody compositionanimal physiologymammalian biologyreproductive endocrinologyanimal nutritionphysiology

Psvii-4 Mid-Gestational Nutrient Restriction in the Goat Reduces Muscle Fiber Number and Induces Collagen Accumulation in the Skeletal Muscles of Offspring.. Journal of Animal Science (2025)

developmental biologyfertilitylivestock scienceregeneration (biology)metabolismembryologyendocrinologyanimal biotechnologyanimal bioscienceanimal scienceanimal physiologymammalian biologyreproductive endocrinologyanimal nutritionphysiologymuscular dystrophyhealth sciences

Pslbi-10 Effects of Mid-Gestational Nutrient Restriction on Maternal and Neonatal Body Weights in Goats. Journal of Animal Science (2024)

developmental biologyfertilitylivestock sciencemetabolismendocrinologynutritionmaternal healthanimal bioscienceanimal sciencebody compositionanimal physiologyreproductive endocrinologyphysiologyanimal nutritionpregnancy hypertensionnutritional biochemistryhealth sciences

A Heretical View: Rather Than a Solely Placental Protective Function, Placental 11β Hydroxysteroid Dehydrogenase 2 Also Provides Substrate for Fetal Peripheral Cortisol Synthesis in Obese Pregnant Ewes. Journal of Developmental Origins of Health and Disease (2020)

Adel B. GhnenisJohn F. OdhiamboAshley M. SmithChris L. PankeyPeter W. NathanielszStephen P. Ford

developmental biologyenzymesobstetrics and gynaecologyendocrinologydevelopmental endocrinologyobese pregnant ewesdevelopmental sciencesteroid metabolismphysiologyhealth sciencesobesity

A Review of Maternal Nutrition During Pregnancy and Impact on the Offspring Through Development: Evidence From Animal Models of Over- and Undernutrition. International Journal of Environmental Research and Public Health (2020)

John F. OdhiamboChristopher L. PankeyAdel B. GhnenisStephen P. Ford

developmental biologyenvironmental healthnutritionanimal modelsenvironmental researchmalnutritionmaternal nutritionpublic healthenvironmental science

Maternal Obesity in Sheep Impairs Foetal Hepatic Mitochondrial Respiratory Chain Capacity. European Journal of Clinical Investigation (2020)

Teresa L. SerafimTeresa Cunha‐OliveiraClaudia M. DeusVilma A. SardãoInes M. CardosoShanshan YangJohn F. OdhiamboAdel B. GhnenisAshley M. SmithJunfei LiPeter W. NathanielszStephen P. FordPaulo J. Oliveira

clinical evidencemitochondrial functionlivestock healthdevelopmental biologyclinical investigationavian biologyhuman biologymembrane biologyveterinary medicineclinical epidemiologyanimal physiologyphysiologyanimal nutritionmaternal obesitylivestock sciencematernal-fetal medicinemammalian physiologyclinical researchhealth sciences

Rapid Communication: Reduced Maternal Nutrition During Early- to Mid-Gestation Elevates Newborn Lamb Plasma Cortisol Concentrations and Eliminates the Neonatal Leptin Surge. Journal of Animal Science (2018)

Ashley M SmithChris L PankeyJohn F OdhiamboAdel B GhnenisPeter W NathanielszStephen P Ford

developmental biologylivestock scienceendocrinologymaternal nutritionanimal scienceanimal physiologyphysiologyanimal nutritionneonatologyrapid communication

Abstract 21413: Molecular Basis of Maternal Obesity Induced Fetal Cardiac Contractile Dysfunction. Circulation (2017)

Qiurong WangJohn F OdhiamboChris PankeyAdel GhnenisPeter W NathanielszStephen P FordWei Guo

maternal obesitycirculatory physiologyhuman geneticscardiologyendocrinologycardiovascular physiologymaternal-fetal medicineelectrophysiologyphysiologycardiovascular researchmolecular biologyneurophysiologyhealth sciencesfetal medicinecellular physiologymolecular physiology

Intergenerational Impact of Maternal Overnutrition and Obesity Throughout Pregnancy in Sheep on Metabolic Syndrome in Grandsons and Granddaughters. Domestic Animal Endocrinology (2017)

C.L. PankeyM.W. WaltonJ.F. OdhiamboA.M. SmithA.B. GhnenisP.W. NathanielszS.P. Ford

developmental biologylivestock scienceendocrinologymammalogymaternal overnutritionanimal physiologyphysiologyanimal nutritionintergenerational impactmetabolic syndromeobesity

Maternal Obesity in the Ewe Increases Cardiac Ventricular Expression of Glucocorticoid Receptors, Proinflammatory Cytokines and Fibrosis in Adult Male Offspring. PLoS ONE (2017)

Adel B. GhnenisJohn F. OdhiamboRichard J. McCormickPeter W. NathanielszStephen P. Ford

developmental biologyhematologymaternal obesityglucocorticoid receptorsinflammationendocrinologyproinflammatory cytokinesmammalian biologycardiac ventricular expressioncardiovascular researchneurologyhealth sciencesmedicinal researchrenal function

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Dr. Adel Ghnenis

Langston University

Affiliations

American Institute For Goat Research

Department Of Agriculture And Applied Sciences

School of Agriculture and Applied Sciences

E (Kika) De La Garza American Institute For Goat Research

Langston University

NoneDr. Adel Ghnenis is currently serving as a American Institute For Goat Research faculty at Langston 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

Dr. Adel Ghnenis

Langston University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Maternal Undernutrition During Gestation Programs Skeletal Muscle Development in Male Goat Offspring. Preprints.org (2026)

Psvii-4 Mid-Gestational Nutrient Restriction in the Goat Reduces Muscle Fiber Number and Induces Collagen Accumulation in the Skeletal Muscles of Offspring.. Journal of Animal Science (2025)

Pslbi-10 Effects of Mid-Gestational Nutrient Restriction on Maternal and Neonatal Body Weights in Goats. Journal of Animal Science (2024)

Adel B. GhnenisJohn F. OdhiamboAshley M. SmithChris L. PankeyPeter W. NathanielszStephen P. Ford

developmental biologyenzymesobstetrics and gynaecologyendocrinologydevelopmental endocrinologyobese pregnant ewesdevelopmental sciencesteroid metabolismphysiologyhealth sciencesobesity

John F. OdhiamboChristopher L. PankeyAdel B. GhnenisStephen P. Ford

developmental biologyenvironmental healthnutritionanimal modelsenvironmental researchmalnutritionmaternal nutritionpublic healthenvironmental science

Maternal Obesity in Sheep Impairs Foetal Hepatic Mitochondrial Respiratory Chain Capacity. European Journal of Clinical Investigation (2020)

Ashley M SmithChris L PankeyJohn F OdhiamboAdel B GhnenisPeter W NathanielszStephen P Ford

developmental biologylivestock scienceendocrinologymaternal nutritionanimal scienceanimal physiologyphysiologyanimal nutritionneonatologyrapid communication

Abstract 21413: Molecular Basis of Maternal Obesity Induced Fetal Cardiac Contractile Dysfunction. Circulation (2017)

Qiurong WangJohn F OdhiamboChris PankeyAdel GhnenisPeter W NathanielszStephen P FordWei Guo

Intergenerational Impact of Maternal Overnutrition and Obesity Throughout Pregnancy in Sheep on Metabolic Syndrome in Grandsons and Granddaughters. Domestic Animal Endocrinology (2017)

C.L. PankeyM.W. WaltonJ.F. OdhiamboA.M. SmithA.B. GhnenisP.W. NathanielszS.P. Ford

developmental biologylivestock scienceendocrinologymammalogymaternal overnutritionanimal physiologyphysiologyanimal nutritionintergenerational impactmetabolic syndromeobesity

Maternal Obesity in the Ewe Increases Cardiac Ventricular Expression of Glucocorticoid Receptors, Proinflammatory Cytokines and Fibrosis in Adult Male Offspring. PLoS ONE (2017)

Adel B. GhnenisJohn F. OdhiamboRichard J. McCormickPeter W. NathanielszStephen P. Ford

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