Faculty

Institution

Unit

Venue

Dolly Mehta, PhD

Professor Interim Department Head

University of Illinois Chicago

Affiliations

College of Medicine of Chicago

Pharmacology and Regenerative Medicine

Dolly Mehta, Phd is currently serving as a College Of Medicine Of Chicago Professor Interim Department Head at University of Illinois Chicago.

Honors

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Experiences

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Education

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Dolly Mehta, PhD

University of Illinois Chicago

Professor Interim Department Head

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vascular biology cell biology physiology pharmacology membrane biology cell signaling immunology inflammation cellular physiology respiratory medicine liver physiology hematology angiogenesis gene expression signal transduction molecular physiology cardiovascular research hemostasis receptors cardiology circulatory physiology medicinal research protein science endothelial dysfunction redox biology angiology signaling pathways thrombosis molecular regulation endothelial permeability applied physiology vascular disease endothelial barrier function endothelial cells pulmonary circulation cell physiology cardiovascular physiology innate immune system membrane transport receptor (biochemistry) biological chemistry protein phosphorylation mammalian biology cellular biochemistry cell regulation cell adhesion alveolar macrophages cellular biology tissue physiology physiological research human physiology lung injury molecular cell biology renal function respiration (physiology) host response chronic inflammation adaptive immune system cancer biology redox signaling membrane permeation protein function vascular pharmacology focal adhesion kinase lung microvascular permeability clinical physiology thrombin-induced increase biomolecular interactions endothelial adherens junctions inflammatory response innate immune checkpoint protein interactions endothelial junctions rhoa interaction endothelial junctional permeability dual regulation endothelial cell biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Single Mutation in Trpc6 Protects Mice From Acute Lung Injury by Regenerating Endothelium. bioRxiv (Cold Spring Harbor Laboratory) (2025)

single mutationimmune responsespulmonary pharmacologyinflammationmolecular physiologytrpc6 protects miceacute lung injurycell biologycell signalingvascular biologydisease pathophysiologycell deathmolecular medicinecellular physiologypathology

Endothelial Stiffening Induced by Cd36-Mediated Lipid Uptake Leads to Endothelial Barrier Disruption and Contributes to Atherosclerotic Lesions. Arteriosclerosis Thrombosis and Vascular Biology (2025)

endothelial barrier disruptioninflammationcell biologycardiovascular diseaseblood vesselsendothelial stiffening inducedvascular biologyendothelial dysfunctionlipidsvascular diseasecardiovascular researchcd36-mediated lipid uptakeatherosclerosispathology

Rgs2 is an Innate Immune Checkpoint for Suppressing GαQ-Mediated Ifnγ Generation and Lung Injury. iScience (2025)

innate immune checkpointimmune responsesimmunologic mechanismsimmune dysregulationgαq-mediated ifnγ generationlung injuryimmunotherapyimmunologyimmunity (medicine)respiratory medicinecytokinesexperimental medicineimmunopathologycell deathmolecular medicinemedicinal researchallergy

Ca 2+ -Dependent Contractile Signaling Induced by Dsdna-Cgas Ligation Mediates Type 1 Interferon Generation and Vascular Injury. Physiology (2024)

Bhagwati JoshiJagdish Chandra JoshiVijay Avin Balaji Raghunath RaoSomenath BanerjeeTejabhiram YadavalliDeepak ShuklaDolly Mehta

geneticsliver physiologyinterferon generationhemostasistranslational physiologycell signalingelectrophysiologyphysiological researchimmunologyvascular biologyangiogenesisphysiologyhuman physiologygene expressionneurophysiologyvascular injurycellular physiologymolecular physiology

Dna Methylation by Dnmt3A Drives Endothelial Inflammation and Death During Acute Lung Injury. Physiology (2024)

Md Zahid AkhterVijay Avin BRJagdish Chandra JoshiDolly Mehta

geneticsinflammationacute lung injuryvascular biologyrespiratory medicinephysiologymolecular biologydna methylation

Endothelial Erg Programs Neutrophil Transcriptome for Sustained Anti-Inflammatory Vascular Niche. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Vigneshwaran VellingiriVijay Avin Balaji RagunathraoJagdish Chandra JoshiMd Zahid AkhterMumtaz AnwarSomenath BanerjeeSteven DudekYoshikazu TsukasakiSandra PinhoDolly Mehta

hepatologyhematologychronic inflammationimmune responsesliver physiologyangiologyinflammationdermatologycell biologyinflammatory diseasesimmunologyvascular biologyanti-inflammatoryangiogenesisnephrologyendothelial erg programsmedicinal research

Fak Regulates Tension Transmission to the Nucleus and Endothelial Transcriptome Independent of Kinase Activity. Cell Reports (2024)

Md Zahid AkhterPascal YazbeckMohammad TauseefMumtaz AnwarFaruk HossenSayanti DattaVigneshwaran VellingiriJagdish Chandra JoshiPeter T. TothNityanand SrivastavaStephen LenziniGuangjin ZhouJames LeeMukesh K. JainJae-Won ShinDolly Mehta

cell regulationcell physiologycell biologycell signalingneurosciencetension transmissionmembrane biologyphysiologykinase activitycellular biologyneurophysiologycellular physiology

Highly Motile Neutrophil Cytoplast Ameliorate Bacterial Pneumonia. The Journal of Immunology (2024)

Yoshikazu TsukasakiNithish PrasadVigneshwaran VellingiriDolly MehtaAsrar Malik

immunopathologyimmunologyimmune responsesclinical immunology

Matrimeres Are Systemic Nanoscale Mediators of Tissue Integrity and Function. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Koushik DebnathIrfan QayoomSteven O’DonnellJulia EkiertCan WangMark A. SanbornChang LiuAmbar RiveraIk Sung ChoSaiumamaheswari SaichellappaPeter T. TothDolly MehtaJalees RehmanXiaoping DuYu GaoJae-Won Shin

dermatologyneurosciencetissue integrityregenerative medicinecell-matrix interactionspharmacologynanomedicinesystemic nanoscale mediatorsnanobiotechnologynanotechnology

Notch Transcriptional Target Tmtc1 Maintains Vascular Homeostasis. Cellular and Molecular Life Sciences (2024)

Na Yoon PaikJacob NeethlingMumtaz AnwarPrerak GuptaMark A. SanbornZekun ShenThilinie BandaraJames HyunL. A. NaicheJan K. KitajewskiJalees RehmanJae-Won ShinDolly MehtaKostandin V. Pajcini

gene expressionmolecular and cellular biologycell biologytranscription (biology)transcription factorsvascular biologytranscription regulationmolecular biologyvascular homeostasis

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Dolly Mehta, PhD

Professor Interim Department Head

University of Illinois Chicago

Affiliations

College of Medicine of Chicago

Pharmacology and Regenerative Medicine

Dolly Mehta, Phd is currently serving as a College Of Medicine Of Chicago Professor Interim Department Head at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dolly Mehta, PhD

University of Illinois Chicago

Professor Interim Department Head

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Single Mutation in Trpc6 Protects Mice From Acute Lung Injury by Regenerating Endothelium. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Rgs2 is an Innate Immune Checkpoint for Suppressing GαQ-Mediated Ifnγ Generation and Lung Injury. iScience (2025)

Ca 2+ -Dependent Contractile Signaling Induced by Dsdna-Cgas Ligation Mediates Type 1 Interferon Generation and Vascular Injury. Physiology (2024)

Bhagwati JoshiJagdish Chandra JoshiVijay Avin Balaji Raghunath RaoSomenath BanerjeeTejabhiram YadavalliDeepak ShuklaDolly Mehta

Dna Methylation by Dnmt3A Drives Endothelial Inflammation and Death During Acute Lung Injury. Physiology (2024)

Md Zahid AkhterVijay Avin BRJagdish Chandra JoshiDolly Mehta

geneticsinflammationacute lung injuryvascular biologyrespiratory medicinephysiologymolecular biologydna methylation

Endothelial Erg Programs Neutrophil Transcriptome for Sustained Anti-Inflammatory Vascular Niche. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Vigneshwaran VellingiriVijay Avin Balaji RagunathraoJagdish Chandra JoshiMd Zahid AkhterMumtaz AnwarSomenath BanerjeeSteven DudekYoshikazu TsukasakiSandra PinhoDolly Mehta

Fak Regulates Tension Transmission to the Nucleus and Endothelial Transcriptome Independent of Kinase Activity. Cell Reports (2024)

cell regulationcell physiologycell biologycell signalingneurosciencetension transmissionmembrane biologyphysiologykinase activitycellular biologyneurophysiologycellular physiology

Highly Motile Neutrophil Cytoplast Ameliorate Bacterial Pneumonia. The Journal of Immunology (2024)

Yoshikazu TsukasakiNithish PrasadVigneshwaran VellingiriDolly MehtaAsrar Malik

immunopathologyimmunologyimmune responsesclinical immunology

Matrimeres Are Systemic Nanoscale Mediators of Tissue Integrity and Function. bioRxiv (Cold Spring Harbor Laboratory) (2024)

dermatologyneurosciencetissue integrityregenerative medicinecell-matrix interactionspharmacologynanomedicinesystemic nanoscale mediatorsnanobiotechnologynanotechnology

Notch Transcriptional Target Tmtc1 Maintains Vascular Homeostasis. Cellular and Molecular Life Sciences (2024)

Na Yoon PaikJacob NeethlingMumtaz AnwarPrerak GuptaMark A. SanbornZekun ShenThilinie BandaraJames HyunL. A. NaicheJan K. KitajewskiJalees RehmanJae-Won ShinDolly MehtaKostandin V. Pajcini

gene expressionmolecular and cellular biologycell biologytranscription (biology)transcription factorsvascular biologytranscription regulationmolecular biologyvascular homeostasis

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5
18
10 / page

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