Faculty

Institution

Unit

Venue

Pietro Strobbia

Assistant Professor

University of Cincinnati

Affiliations

College of Arts and Sciences

Chemistry

Pietro Strobbia is currently serving as a Chemistry Assistant Professor at University of Cincinnati.

Honors

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Experiences

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Education

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Pietro Strobbia

University of Cincinnati

Assistant Professor

You can click a keyword to filter the displayed items

materials science nanotechnology raman spectroscopy spectroscopy biosensors nanoparticle research surface-enhanced raman scattering plasmonics biomedical engineering nanobiotechnology sensors nanomaterials nanosensors applied physics plant science nanomedicine optical engineering analytical chemistry biomedical analysis direct observation molecular diagnostics analytical biotechnology direct detection engineering plant biotechnology sensor technology optical sensors instrumentation biomedical imaging microrna detection plasmonic nanoprobes cancer imaging innovative diagnostics plasmonic materials surface characterization surface nanotechnology fiber optic sensing biomedical applications cancer diagnostics mirna targets monkey skull molecular science health technology plant physiology sensor design nanoscale science bioinstrumentation optical imaging plant genomics rapid nanophotonics scientific data clinical microbiology photomedicine avian biology computational intelligence chemical actuator pathogen detection analytical instrumentation fiber optics viral diagnostics plant molecular biology plant biochemistry generative ai machine perception generative models performance characterization optical metrology plasmonic nanostructures fiber-optrode sers unamplified pathogen rna lab-in-a-stick device blood lysate clinical samples plasmonic nanobiosensors microrna cancer biomarkers plasmonic nanoplatforms clinical diagnostics biological engineering vibrational spectroscopy biophotonics

Notable Scholarly Works

Notable Federal Grants

Collaborators

AI in Sers Sensing Moving From Discriminative to Generative. Deleted Journal (2025)

machine intelligencemachine learningmachine perceptionartificial intelligenceintelligent computinggenerative aigenerative modelsintelligent systemsdata sciencecomputational intelligencecomputer scienceinformation fusion

Fabrication of Sers Substrates Using Silver-Coated Gold Nanostars for Chemical Sensing: A Multiobjective Bayesian Optimization Approach. ACS Applied Nano Materials (2025)

materials sciencemetal nanoparticleschemical sensingchemical engineeringplasmonic materialsnanoparticle researchnanosensorsplasmonsnanoparticleschemistryraman spectroscopysurface-enhanced raman scatteringnanotechnology

Surface-Enhanced Raman Spectroscopy and Multivariate Analysis for Elucidating Mechanisms of Action in Antibacterial Agents. ACS Sensors (2025)

antimicrobial agentssurface-enhanced raman spectroscopyantimicrobial compoundsspectroscopic methodsmultivariate analysisbiomolecular engineeringspectroscopyantibioticsanalytical chemistryantibacterial agentsraman spectroscopysurface-enhanced raman scatteringbiomoleculesvibrational spectroscopybiochemistry

Surface-Enhanced Raman Spectroscopy (Sers) and Multivariate Analysis for Elucidating Mechanisms of Action in Antibacterial Agents. ACS Sensors (2025)

Advanced Point-Of-Care Lfa Devices to Detect the Salivary Lps of P. Gingivalis Bacteria for Oral Health. (2024)

Daewoo HanLyndsay KissellDer VangPietro StrobbiaSancai XieAndrew J. Steckl

salivary lpsoral healthmicrobiology

Advanced Portable Micro-Sors Prototype Coupled With Serds for Heritage Science. The Analyst (2024)

A. LuxM. RealiniA. BotteonM. MaiwaldA. MüllerB. SumpfC. MilianiP. MatousekP. StrobbiaC. Conti

materials sciencemicro-electromechanical systemsbiomedical engineeringmicrofluidicsengineeringmicro technology

Contents List. Dalton Transactions (2024)

Xiang LiShengchao ChaiHaolong LiCharles BeasleyOlivia DuletskiKsenia StankevichNavamoney ArulsamyMichael MockNing-Ning ZhangYa-Nan ZhangLi LiZhen-Yu LiYa-Tong LiuYunyun DongYong YanLinlin ZhangYiguang ChenLianghao YuXin TaoLan TangLiangzheng YeYu LiuLu HanHengzheng LiYihan LingGuang ZhuHuile JinWenjian YangJingshen ZhangHui XiongJing LanSongyang YuanMengdi ZhanZiyu TanWenzhe LiJiandong FanAlexander ShindrovYelizaveta MorkhovaJiaxiang LiuYuzhen ZhaoZhe ZhangManni LiWenqi SongWentao LiZongcheng MiaoFarzad FarahmandzadehHoda HekmataraMehdi MolaeiChanreingam LongManabendra RayKyle PearceLouis MorrisThomas RobinsonAndrew JohnsonMary MahonMichael Hill

nuclear chemistrystructural chemistrychemical sciencesorganometallic chemistrybiochemistrycoordination chemistryinorganic chemistry frontierchemistry educationchemical structurechemical measurementgeneral chemistrychemical analysistheoretical chemistrycontents listchemistrymathematical chemistrytransition metal chemistryorganic chemistryinorganic chemistryphilosophy of chemistryroyal societymain group chemistrycheminformaticsleading chemistry community

Direct Detection of Tobacco Mosaic Virus in Infected Plants With Sers-Sensing Hydrogels. ACS Sensors (2024)

Lyndsay N. KissellHuazhen LiuManisha SheokandDer VangPradeep KachrooPietro Strobbia

sensor technologyinfectious diseasessers-sensing hydrogelstobacco mosaic virusvirologyinfected plantsplant pathologyplant sciencedirect detectiondirect observationviral diagnostics

Improved Point-Of-Care Detection of P. Gingivalis Using Optimized Surface-Enhanced Raman Scattering in Lateral Flow Assays. Sensors & Diagnostics (2024)

Lyndsay N. KissellDaewoo HanDer VangAlexander W. R. CikanekAndrew J. StecklPietro Strobbia

sensor technologybiosensorssensor arrayslateral flow assayspoint-of-care detectionsensorshealth sciencesbioinstrumentationinstrumentation

Improved Point-Of-Care Detection of P. Gingivalis Using Optimized Surface-Enhanced Raman Scattering in Lateral Flow Assays. Sensors & Diagnostics (2024)

biosensorsbiophysicsdentistrybiomedical engineeringlateral flow assaysclinical chemistrypoint-of-care detectionbiophotonicsraman spectroscopysurface-enhanced raman scatteringp. gingivalis

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Pietro Strobbia

Assistant Professor

University of Cincinnati

Affiliations

College of Arts and Sciences

Chemistry

Pietro Strobbia is currently serving as a Chemistry Assistant Professor at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pietro Strobbia

University of Cincinnati

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

AI in Sers Sensing Moving From Discriminative to Generative. Deleted Journal (2025)

Fabrication of Sers Substrates Using Silver-Coated Gold Nanostars for Chemical Sensing: A Multiobjective Bayesian Optimization Approach. ACS Applied Nano Materials (2025)

Surface-Enhanced Raman Spectroscopy and Multivariate Analysis for Elucidating Mechanisms of Action in Antibacterial Agents. ACS Sensors (2025)

Surface-Enhanced Raman Spectroscopy (Sers) and Multivariate Analysis for Elucidating Mechanisms of Action in Antibacterial Agents. ACS Sensors (2025)

Advanced Point-Of-Care Lfa Devices to Detect the Salivary Lps of P. Gingivalis Bacteria for Oral Health. (2024)

Daewoo HanLyndsay KissellDer VangPietro StrobbiaSancai XieAndrew J. Steckl

salivary lpsoral healthmicrobiology

Advanced Portable Micro-Sors Prototype Coupled With Serds for Heritage Science. The Analyst (2024)

A. LuxM. RealiniA. BotteonM. MaiwaldA. MüllerB. SumpfC. MilianiP. MatousekP. StrobbiaC. Conti

materials sciencemicro-electromechanical systemsbiomedical engineeringmicrofluidicsengineeringmicro technology

Contents List. Dalton Transactions (2024)

Direct Detection of Tobacco Mosaic Virus in Infected Plants With Sers-Sensing Hydrogels. ACS Sensors (2024)

Lyndsay N. KissellHuazhen LiuManisha SheokandDer VangPradeep KachrooPietro Strobbia

sensor technologyinfectious diseasessers-sensing hydrogelstobacco mosaic virusvirologyinfected plantsplant pathologyplant sciencedirect detectiondirect observationviral diagnostics

Improved Point-Of-Care Detection of P. Gingivalis Using Optimized Surface-Enhanced Raman Scattering in Lateral Flow Assays. Sensors & Diagnostics (2024)

Lyndsay N. KissellDaewoo HanDer VangAlexander W. R. CikanekAndrew J. StecklPietro Strobbia

sensor technologybiosensorssensor arrayslateral flow assayspoint-of-care detectionsensorshealth sciencesbioinstrumentationinstrumentation

Improved Point-Of-Care Detection of P. Gingivalis Using Optimized Surface-Enhanced Raman Scattering in Lateral Flow Assays. Sensors & Diagnostics (2024)

biosensorsbiophysicsdentistrybiomedical engineeringlateral flow assaysclinical chemistrypoint-of-care detectionbiophotonicsraman spectroscopysurface-enhanced raman scatteringp. gingivalis

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Similar Faculty Members

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biophysics

photomedicine

Gerard L. Coté

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Texas A&M University

biomedical engineering

optical engineering

Isiah M. Warner

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environmental chemistry

new lighting technology

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