Kameswara Badri

Assistant Professor

Morehouse School of Medicine

Affiliations

Department Of Cardiovascular Disease

Department Of Cardiovascular Medicine

Division Of Cardiovascular Medicine

Morehouse School of Medicine

Pharmacology & Toxicology

Kameswara Badri is currently serving as a Cardiovascular Disease Assistant Professor at Morehouse School of Medicine.

Honors

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Experiences

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Education

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Kameswara Badri

Morehouse School of Medicine

Assistant Professor

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pharmacology biochemistry bioactive compounds physiology phytotherapy research cell biology metabolism diabetes natural products diabetes research metabolic syndrome antioxidants diabetic medicine medicinal foods phytochemical analysis endocrinology virus eradication cell metabolism diabetes therapy oxidative stress sars-cov-2 carbohydrate chemistry medical virology cellular physiology functional foods metabolic regulation diabetes therapies respiratory medicine molecular metabolism cellular biochemistry diabetes mellitus diabetes management cell physiology dietary therapy metabolic health diabetic rats diabetes epidemiology dyslipidemia food toxicology cancer genetics phytochemicals polyphenolics embryonic development cellular regulatory mechanism experimental pharmacology pharmacokinetics translational pharmacology clinical pharmacology obesity management personalized nutrition medical nutrition dietary health insulin signaling chronic inflammation mcy protein biochemical activities serum lipids pterocarpus santalinus bark blood glucose streptozotocin-induced diabetic rats plasma insulin exonic mutations anisomeles malabarica anti-diabetic potential airway smooth muscle embryological origin ionic derivatives rala activation metabolic diseases obesity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Nigella Sativa on Nsp16 and Nsp10 Complex of Sars-Cov-2. Physiology (2026)

virologytranslational medicinemolecular medicinemedicinal researchimmunologysars-cov-2antiviral researchdrug discoverypharmacologytherapeutic targetsmolecular pharmacologymedical virologymolecular biologygeneral virologycancer lettervirus eradicationvirus research

Exploring Gip Receptor Targeting Phytochemicals From Camellia Sinensis Using Molecular Docking Studies to Develop New Therapies for Obesity. Physiology (2026)

pharmacognosylipidsmetabolic syndromemetabolismphysiologymetabolic pathwayscell metabolismbiochemistrybioactive compoundspharmacologymetabolomicsmolecular pharmacologymedicinal foodsphytotherapy researchpharmacological researchreceptorsobesity medicine

Exploring the Phytochemicals From Gardenia Jasminoides Ellis With Glp-1 Receptor Activation. Physiology (2026)

plant physiologymolecular plant-microbe interactionsnatural productsnatural product communicationbotanybiochemistrybiologybioactive compoundschemical ecologyplant pathologymolecular pharmacologypharmacologyphytotherapy researchplant scienceintegrative plant biologyphytochemical analysisbiosynthesis

In-Silico Evaluation of Camellia Sinensis Phytochemicals for Potential Obesity and Diabetes Therapy. Physiology (2026)

pharmacognosyantioxidantsfunctional foodsnatural product researchmetabolismhealth sciencesnatural productsphysiologydiabetesmetabolic pathwaysbioactive compoundsmetabolomicspharmacologyphytotherapy researchmedicinal foodsphytochemical analysisobesity

Molecular Docking of Phytochemicals of Piper Nigrum With Neuraminidase Protein Ofinfluenza a Virus Towards Identifying New Therapies for Flu. Physiology (2026)

pharmacognosyphytotherapy researchinfectious diseasesvirologypathogenesismedicinal chemistrydrug discoveryantiviral researchpathogensinfectious diseases (medical specialty)microbiologymedical virologyinfluenzageneral virologybiomolecular engineeringvirus eradicationvirus research

P311 Curtails Inflammation Through M2-Type Polarization of Macrophages and Potentially via Gut Microbiome Modulation. Preprints.org (2026)

inflammationcell deathimmunologymedicinal researchcell biologydigestive diseasesmicrobiologygut microbeslung microbiomeimmune responsesinflammatory bowel diseasemolecular gastroenterologyautophagyneuroimmunologyexperimental medicinemicrobiomemicrobial pathogenesis

P311 Regulates Immune Cells Towards Anti-Inflammatory Phenotype in Adipose Tissue. Physiology (2025)

metabolic syndromeinflammationchronic inflammationmetabolic regulationimmunologycell biologyimmune responsesobesity medicine

Anti-Atherogenic Role of Green Tea (Camellia Sinensis) in South Indian Smokers. Journal of Ethnopharmacology (2024)

antioxidantspharmacognosytoxicologyfunctional foodsnatural productsayurvedaenvironmental healthbioactive compoundsoxidative stresspharmacologyphytotherapy researchmedicinal foodsphytochemical analysis

Anti-Atherogenic Role of Green Tea in South Indian Smokers. SSRN Electronic Journal (2024)

natural productsayurvedaenvironmental healthbioactive compoundsphytotherapy researchhealth sciences

P311 Influences Macrophage Polarization. Physiology (2024)

inflammationcell signalingimmunologycell biologycellular physiologyautophagysignal transduction