Faculty

Institution

Unit

Venue

Vishal Verma

Associate Professor

UIUC

Affiliations

The Grainger College of Engineering

Civil & Environmental Engineering

Department of Civil and Environmental Engineering

Vishal Verma is currently serving as a Civil & Environmental Engineering Associate Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vishal Verma

UIUC

Associate Professor

You can click a keyword to filter the displayed items

air pollution environmental science air quality aerosol science environmental engineering atmospheric environment environmental chemistry particulate matter environmental health atmospheric chemistry indoor air quality oxidative stress air pollution measurement chemical engineering environmental toxicology toxicology urban air quality reactive oxygen species environmental technology ambient particulate matter free radical biology chemistry inhalation toxicology aerosol sampling redox biology indoor aerosol ecotoxicology hazardous materials environmental health perspective aerosol transport analytical toxicology aerosol formation oxidative potential respiratory toxicology chemical composition exposure assessment chemical emission human exposure antioxidants source apportionment environmental analytical chemistry environmental exposures in vitro toxicology atmospheric measurement technique exhaust emission trace metals engine research atmospheric research environmental pollution environmental epidemiology trace elements fine particulate matter chemical pollution industrial emission emission control pollution assessment organic aerosol surrogate lung fluid pm 2.5 los angeles sustainable chemistry redox chemistry deoxygenation bioactive metal lung deposition metal toxicity toxicological aspect ascorbic acid redox activity antagonistic interactions pm emissions organic compounds pm chemical composition eastern united states pm2.5 oxidative potential cellular oxidative potential environmental impact assessment pollution reduction environmental impact of the energy industry industrial ecology

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Interlaboratory Comparison to Quantify Oxidative Potential Measurement in Aerosol Particles: Challenges and Recommendations for Harmonisation. Atmospheric measurement techniques (2025)

Pamela A. DominuttiJean-Luc JaffrezoAnouk MarsalTakoua MhadhbiRhabira ElazzouziCamille RakFabrizia CavalliJean-Philippe PutaudAikaterini BougiatiotiNikolaos MihalopoulosDespina ParaskevopoulouIan MudwayAthanasios NenesKaspar R. DaellenbachCatherine BanachSteven J. CampbellHana CigánkováDaniele ContiniGreg EvansMaria GeorgopoulouManuella GhanemDrew A. GlencrossMaria Rachele GuascitoHartmut HerrmannSaima IramMaja JovanovićMilena Jovašević-StojanovićMarkus KalbererIngeborg M. KooterSuzanne E. PaulsonAnil PatelEsperanza PerdrixMaria Chiara PietrograndePavel MikuškaJean-Jacques SauvainKaterina SeitanidiPourya ShahpouryEduardo J. d. S. SouzaSarah SteimerSvetlana StevanovicGuillaume SuarezP. S. Ganesh SubramanianBattist UtingerMarloes F. van OsVishal VermaXing WangRodney J. WeberYuhan YangXavier QuerolGerard HoekRoy M. HarrisonGaëlle Uzu

aerosol particlesair pollution particlesaerosol scienceenvironmental healthenvironmental scienceexposure assessmentanalytical chemistryinhalation toxicologybiostatisticsenvironmental analytical chemistryair qualitycollaborative approachair pollution

Capsid and Genome Damage Are the Leading Inactivation Mechanisms of Aerosolized Porcine Respiratory Coronavirus at Different Relative Humidities. Applied and Environmental Microbiology (2025)

Aijia ZhouP. S. Ganesh SubramanianSalma El-NaggarJoanna L. ShislerVishal VermaThanh H. Nguyen

virus researchcommunicable diseasessars-cov-2infection controlepidemiologygeneral virologyviral pathogenesisrelative humidityabstract relative humidityvirologygenome damageinfectious diseasesvirus transmission

Oxidative Potential From Common Indoor Sources of Particulate Matter. Environmental Science & Technology (2025)

P. S. Ganesh SubramanianZhuying DaiSaman HaratianMohammad HeidarinejadBrent StephensVishal Verma

environmental engineeringcommon indoor sourcesparticulate matterair qualityenvironmental safetyaerosol scienceindoor aerosolenvironmental healthenvironmental scienceexposure assessmentindoor emissionsindoor air qualityenvironmental health perspectiveair pollution

Size-Segregated Chemical Composition and Oxidative Potential of Ambient Ultrafine and Accumulation Mode Particles in Los Angeles. (2025)

Yashar AghaeiMohammad Mahdi BadamiMohammad AldekheelRamin TohidiYousef AlramziP. S. Ganesh SubramanianVishal VermaLEONIDAS NTZIACHRISTOSConstantinos Sioutas

environmental engineeringparticulate mattersize-segregated chemical compositionlos angelesaccumulation mode particlesenvironmental pollutionchemical engineeringaerosol scienceenvironmental technologyenvironmental chemistrydispersion sciencechemical compositionhazardous materialsair pollution

Diabetes Classification and Prediction Through Integrated Svm-Ga. CRC Press eBooks (2024)

Vishal VermaSandeep Kumar VermaSatish KumarAlka AgrawalRaees Ahmad Khan

predictive analyticsdiabetes carediabetes technologydiabetesbiomedical informaticsdecision tree learningdiabetes researchclassification methoddiabetes classificationmachine learning researchdata classificationdata scienceearly stagemachine learninghealth sciencessupport vector machines

Evaluation of Pm 2.5 -Induced Antioxidant Consumption and Ros Generation as a Proxy for the Aerosol Toxicity. Goldschmidt Abstracts (2024)

Vishal VermaYixiang WangHaoran YuSudheer Salana

aerosol toxicityenvironmental sciencetoxicologyinhalation toxicologyair pollutionenvironmental toxicologyrespiratory toxicologyatmospheric environmentantioxidantsindoor air qualityros generationparticulate matterantioxidant consumptionindoor aerosolaerosol sciencereactive oxygen speciesair qualityregulatory toxicologyenvironmental engineeringfree radical biologyenvironmental healthecotoxicologyoxidative stress

Influence of Human Activities and Occupancy on the Emission of Indoor Particles From Respiratory and Nonrespiratory Sources. ACS ES&T Air (2024)

P. S. Ganesh SubramanianJoseph V. PuthusseryYuqing MaoSudheer SalanaThanh H. NguyenTy NewellVishal Verma

environmental scienceindoor climateair pollutionmusical clubhuman activitiesatmospheric environmentcarbon footprintindoor particlesair pollution measurementindoor air qualityenvironmental health perspectiveindoor aerosolphysiological measurementsair qualityphysiologykinesiologyphysical activityenvironmental healthhuman exposure

Inter-Continental Variability in the Relationship of Oxidative Potential and Cytotoxicity With Pm2.5 Mass. Nature Communications (2024)

Sudheer SalanaHaoran YuZhuying DaiP. S. Ganesh SubramanianJoseph V. PuthusseryYixiang WangAjit SinghFrancis D. PopeManuel A. Leiva G.Neeraj RastogiSachchida Nand TripathiRodney J. WeberVishal Verma

in vitro toxicologyenvironmental toxicologyparticulate matterpharmacologyair qualitypm2.5 massenvironmental scienceenvironmental healthenvironmental exposurestoxicologypm 2.5environmental chemistrytoxicological mechanismecotoxicologyhuman exposurechemical compositionoxidative stressair pollution

Major Source Categories of Pm2.5 Oxidative Potential in Wintertime Beijing and Surroundings Based on Online Dithiothreitol-Based Field Measurements. The Science of The Total Environment (2024)

Rico K.Y. CheungLu QiManousos I. ManousakasJoseph V. PuthusseryYan ZhengTheodore K. KoenigTianqu CuiTiantian WangYanli GeGaoyuan WeiYu KuangMengshuang ShengZhen ChengAilin LiZhiyu LiWeikang RanWeiqi XuRenjian ZhangYuemei HanQiyuan WangZifa WangYele SunJunji CaoJay G. SlowikKaspar R. DällenbachVishal VermaMartin Gysel-BeerXinghua QiuQi ChenJing ShangImad El-HaddadAndré S.H. PrévôtRobin L. Modini

particulate matteratmospheric chemistryatmospheric environmentsource apportionmentenvironmental sciencemajor source categoriesenvironmental monitoringpm2.5 oxidative potentialchemistryenvironmental chemistryair qualitywintertime beijingatmospheric scienceair pollution

Online Measurements During Simulated Atmospheric Aging Track the Strongly Increasing Oxidative Potential of Complex Combustion Aerosols Relative to Their Primary Emissions. Environmental Science & Technology Letters (2024)

Rico K. Y. CheungJun ZhangTiantian WangLisa KattnerSophie BoglerJoseph V. PuthusseryRu-Jin HuangMartin Gysel-BeerJay G. SlowikVishal VermaAndré S. H. PrevotImad El HaddadDavid M. BellRobin L. Modini

atmospheric photochemistrychemical kineticsaerosol formationradical emissioncombustionatmospheric chemistrychemical engineeringparticulate matteraerosol scienceconstant opmdtt valueintrinsic openvironmental technologychemistryenvironmental chemistrycombustion science

1
2
3
4
5
11
10 / page

Vishal Verma

Associate Professor

UIUC

Affiliations

The Grainger College of Engineering

Civil & Environmental Engineering

Department of Civil and Environmental Engineering

Vishal Verma is currently serving as a Civil & Environmental Engineering Associate Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vishal Verma

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Interlaboratory Comparison to Quantify Oxidative Potential Measurement in Aerosol Particles: Challenges and Recommendations for Harmonisation. Atmospheric measurement techniques (2025)

Capsid and Genome Damage Are the Leading Inactivation Mechanisms of Aerosolized Porcine Respiratory Coronavirus at Different Relative Humidities. Applied and Environmental Microbiology (2025)

Aijia ZhouP. S. Ganesh SubramanianSalma El-NaggarJoanna L. ShislerVishal VermaThanh H. Nguyen

Oxidative Potential From Common Indoor Sources of Particulate Matter. Environmental Science & Technology (2025)

P. S. Ganesh SubramanianZhuying DaiSaman HaratianMohammad HeidarinejadBrent StephensVishal Verma

Size-Segregated Chemical Composition and Oxidative Potential of Ambient Ultrafine and Accumulation Mode Particles in Los Angeles. (2025)

Yashar AghaeiMohammad Mahdi BadamiMohammad AldekheelRamin TohidiYousef AlramziP. S. Ganesh SubramanianVishal VermaLEONIDAS NTZIACHRISTOSConstantinos Sioutas

Diabetes Classification and Prediction Through Integrated Svm-Ga. CRC Press eBooks (2024)

Vishal VermaSandeep Kumar VermaSatish KumarAlka AgrawalRaees Ahmad Khan

Evaluation of Pm 2.5 -Induced Antioxidant Consumption and Ros Generation as a Proxy for the Aerosol Toxicity. Goldschmidt Abstracts (2024)

Vishal VermaYixiang WangHaoran YuSudheer Salana

Influence of Human Activities and Occupancy on the Emission of Indoor Particles From Respiratory and Nonrespiratory Sources. ACS ES&T Air (2024)

P. S. Ganesh SubramanianJoseph V. PuthusseryYuqing MaoSudheer SalanaThanh H. NguyenTy NewellVishal Verma

Inter-Continental Variability in the Relationship of Oxidative Potential and Cytotoxicity With Pm2.5 Mass. Nature Communications (2024)

Sudheer SalanaHaoran YuZhuying DaiP. S. Ganesh SubramanianJoseph V. PuthusseryYixiang WangAjit SinghFrancis D. PopeManuel A. Leiva G.Neeraj RastogiSachchida Nand TripathiRodney J. WeberVishal Verma

Major Source Categories of Pm2.5 Oxidative Potential in Wintertime Beijing and Surroundings Based on Online Dithiothreitol-Based Field Measurements. The Science of The Total Environment (2024)

Rico K. Y. CheungJun ZhangTiantian WangLisa KattnerSophie BoglerJoseph V. PuthusseryRu-Jin HuangMartin Gysel-BeerJay G. SlowikVishal VermaAndré S. H. PrevotImad El HaddadDavid M. BellRobin L. Modini

1
2
3
4
5
11
10 / page