Faculty

Institution

Unit

Venue

Jennifer Barton

Professor

University of Arizona

Affiliations

College of Engineering

Biomedical Engineering

Electrical and Computer Engineering

Jennifer Barton is currently serving as a Biomedical Engineering Professor at University of Arizona.

Honors

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Experiences

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Education

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Jennifer Barton

University of Arizona

Professor

You can click a keyword to filter the displayed items

biomedical imaging medical imaging optical coherence tomography photonics biomedical engineering optical imaging optical engineering ophthalmology applied physics biological imaging cancer imaging biomedical photonics optical metrology medical optical imaging tissue imaging photomedicine microscopy dermatology optoelectronics oncology ovarian cancer vascular biology laser science cancer biology holographic method colorectal cancer mammalian biology gastrointestinal endoscopy digestive endoscopy gynecologic oncology computational imaging abdominal imaging mouse model nanoparticle research surgical oncology angiology electronics nanobiotechnology optic design 3d imaging optical coherence microscopy mouse colon cancer care medical image computing respiratory medicine medicinal research cancer treatment biomedical technologies plasmonics multiphoton microscopy metal nanoparticles cutaneous biology texture analysis interferometry contrast agents quantum technologies therapeutic imaging laser processing technology interventional endoscopy fluorescence imaging ovarian tissue photobiology laser photochemistry computed tomography beam optics laser photocoagulation ovarian cancer detection therapeutic nanomaterials absorption properties miniature endoscope human ovarian cancer skin tissue tissue phantoms aom-treated mouse model ovarian carcinogenesis cutaneous blood vessels radiology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Domed Window Chamber for Multi-Modality Optical Imaging. BioTechniques (2025)

Photini RiceMakenna AitkenHasina ShirRicky CordovaJenna MontagueDustin TranUrs UtzingerLeilei PengGhassan MouneimneJennifer Barton

multi-modality optical imagingbiomedical imagingbiotechnologybiomedical engineeringoptical imaging

Design and Evaluation of a 0.5Mm 3D Printed Optical System for Multiphoton Microendoscopy. (2025)

biophotonicsmultiphoton microendoscopy3d printingphotonicsprecision engineeringadditive manufacturingoptical metrologybiomedical engineeringoptical imagingoptical system

Finite Element and Optical Analysis of a Miniature Forward-Scanning Fiber Endoscope. (2025)

fiber opticsfiber optic sensingoptical analysisinstrumentationmechanical engineeringoptical testingphotonicsprecision engineeringfibersoptical metrologyfinite elementoptical propertieslightwave technology

First Clinical Feasibility and Safety Study of a Novel Multimodality Fallopian Tube Imaging Endoscope. Lasers in Surgery and Medicine (2025)

Andrew D. RochaDilara J. LongWilliam K. DrakeDominique B. GalvezPhotini F. RiceMary N. ReedJohn M. HeusinkveldJennifer K. Barton

ophthalmologypatient safetymedical imaginggynecologyabdominal imagingoptical imagingsafety studyclinical feasibilityphotomedicineinterventional endoscopybiomedical imaginggastrointestinal endoscopytranslational imagingfunctional imagingultrasoundurologyradiographic imagingdigestive endoscopyoral radiologymedical optical imaging

Lens Design Strategies for Miniature Scanning Fiber Endoscopes. Optical Engineering (2025)

fiber opticsinstrumentationophthalmologyphotonicsprecision engineeringfiber endoscopesoptic designfibersgeometrical opticsoptical spectrometer

Lessons Learned in the Assembly of Submillimeter Endoscopes. (2025)

submillimeter endoscopesinstrumentationelectromagnetic compatibilitymicrofabricationinstrument scienceprecision engineeringmillimeter wave technologymicrowave technologycalibration

Mmwave Radar for Sit-To-Stand Analysis: A Comparative Study With Wearables and Kinect. IEEE Transactions on Biomedical Engineering (2025)

sit-to-stand analysissynthetic aperture radarsignal processingradar signal processingradar applicationsmillimeter wave technologycomparative studymicrowave technologywearable technology

Optical Coherence Tomography and Elastography for the Visualization of Architecture and Stiffness Differences in Gastric Cancer and Dysplasia.. Journal of Clinical Oncology (2025)

elastographygastric cancercancer imagingoptical coherence tomographystiffness differencesophthalmologygastroenterologybiomedical imagingmedical imagingradiology

Optical Coherence Tomography and Elastography for the Visualization of Architecture and Stiffness Differences in Soft- and Stiff-Conditioned Murine Mammary Tumors. (2025)

elastographycancer imagingtissue imagingbiological imagingoptical coherence tomographystiffness differencesbreast imagingbiomedical imagingmedical imagingradiologybiomedical engineering

Optical Coherence Tomography Enables the Depth‐Resolved Measurement of Cilia Beat Frequency in Ex Vivo Human Fallopian Tubes. Lasers in Surgery and Medicine (2025)

biophotonicsciliary bodytissue imagingbiological imagingoptical coherence tomographycilia beat frequencybiomedical imagingmedical imagingbiomedical opticsradiologydepth‐resolved measurementoptical imagingbiomedical engineeringmedical optical imaging

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Jennifer Barton

Professor

University of Arizona

Affiliations

College of Engineering

Biomedical Engineering

Electrical and Computer Engineering

Jennifer Barton is currently serving as a Biomedical Engineering Professor at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jennifer Barton

University of Arizona

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Domed Window Chamber for Multi-Modality Optical Imaging. BioTechniques (2025)

Photini RiceMakenna AitkenHasina ShirRicky CordovaJenna MontagueDustin TranUrs UtzingerLeilei PengGhassan MouneimneJennifer Barton

multi-modality optical imagingbiomedical imagingbiotechnologybiomedical engineeringoptical imaging

Design and Evaluation of a 0.5Mm 3D Printed Optical System for Multiphoton Microendoscopy. (2025)

biophotonicsmultiphoton microendoscopy3d printingphotonicsprecision engineeringadditive manufacturingoptical metrologybiomedical engineeringoptical imagingoptical system

Finite Element and Optical Analysis of a Miniature Forward-Scanning Fiber Endoscope. (2025)

First Clinical Feasibility and Safety Study of a Novel Multimodality Fallopian Tube Imaging Endoscope. Lasers in Surgery and Medicine (2025)

Andrew D. RochaDilara J. LongWilliam K. DrakeDominique B. GalvezPhotini F. RiceMary N. ReedJohn M. HeusinkveldJennifer K. Barton

Lens Design Strategies for Miniature Scanning Fiber Endoscopes. Optical Engineering (2025)

fiber opticsinstrumentationophthalmologyphotonicsprecision engineeringfiber endoscopesoptic designfibersgeometrical opticsoptical spectrometer

Lessons Learned in the Assembly of Submillimeter Endoscopes. (2025)

submillimeter endoscopesinstrumentationelectromagnetic compatibilitymicrofabricationinstrument scienceprecision engineeringmillimeter wave technologymicrowave technologycalibration

Mmwave Radar for Sit-To-Stand Analysis: A Comparative Study With Wearables and Kinect. IEEE Transactions on Biomedical Engineering (2025)

sit-to-stand analysissynthetic aperture radarsignal processingradar signal processingradar applicationsmillimeter wave technologycomparative studymicrowave technologywearable technology

Optical Coherence Tomography and Elastography for the Visualization of Architecture and Stiffness Differences in Gastric Cancer and Dysplasia.. Journal of Clinical Oncology (2025)

elastographygastric cancercancer imagingoptical coherence tomographystiffness differencesophthalmologygastroenterologybiomedical imagingmedical imagingradiology

Optical Coherence Tomography and Elastography for the Visualization of Architecture and Stiffness Differences in Soft- and Stiff-Conditioned Murine Mammary Tumors. (2025)

elastographycancer imagingtissue imagingbiological imagingoptical coherence tomographystiffness differencesbreast imagingbiomedical imagingmedical imagingradiologybiomedical engineering

Optical Coherence Tomography Enables the Depth‐Resolved Measurement of Cilia Beat Frequency in Ex Vivo Human Fallopian Tubes. Lasers in Surgery and Medicine (2025)

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10 / page

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