Faculty

Institution

Unit

Venue

Baohong Yuan

Professor

University of Texas at Arlington

Affiliations

College of Engineering

Bioengineering

Baohong Yuan is currently serving as a Bioengineering Professor at University of Texas At Arlington.

Honors

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Experiences

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Education

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Baohong Yuan

University of Texas at Arlington

Professor

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biomedical imaging biomedical engineering medical imaging ultrasound fluorescence biophysics optical imaging nanotechnology materials science biological imaging applied physics biomedical photonics nanomaterials photomedicine tissue imaging optical engineering medical optical imaging nanomedicine cancer imaging nanoparticle research advanced imaging nanobiotechnology ultrasound-modulated fluorescence ultrasound-switchable fluorescence 3d imaging protein science electroanalytical chemistry material research nanoscale science nanometrology biomedical optics contrast agents turbid medium redox biology dispersion science interface science material chemistry high resolution breast imaging novel imaging methods surface modification therapeutic nanomaterials electronic imaging infrared optic colloid chemistry colloidal systems colloidal materials deep tissue acoustic diffraction limit high signal-to-noise ratio ultrasound-switchable fluorescence technique cancer care applied physiology health technology electronics biomolecular structure theranostics absorption spectroscopy instrument science medical image analysis breast oncology cancer treatment redox chemistry molecular biotechnology bioelectrochemistry phosphorescence bioacoustics therapeutic applications absorption properties intralipid solution indocyanine green absorption contrast high-resolution imaging deep turbid medium optimal probing breast lesions

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improving the Spatial Resolution and Signal‐to‐Noise Ratio of Ultrasound Switchable Fluorescence Imaging. Journal of Biophotonics (2024)

Shuai YuBaohong Yuan

spatial resolutionbiophotonicsmedical imagingbiomedical photonicsbiomedical engineeringultrasoundsignal-to-noise ratiobiomedical imaging

Ultrasound‐Switchable Fluorescence Thermometry With Dual Detection Channels Using Temperature‐Sensitive Liposomes. Journal of Biophotonics (2024)

Tingfeng YaoLiqin RenBaohong Yuan

biophysicsdual detection channelsbiological imagingtemperature-sensitive liposomesbiophotonicsbiomedical photonicsbioelectronicsbiomedical engineeringultrasoundfluorescenceultrasound-switchable fluorescence thermometrybiomolecular engineeringbiomedical imaging

Noninvasive Measurement of Local Temperature Using Ultrasound-Switchable Fluorescence. Biomedical Optics Express (2023)

Liqin RenTingfeng YaoKytai T. NguyenBaohong Yuan

photomedicinebiomedical analysisbiological imagingphysiologybiomedical opticsmedical imagingbiomedical photonicsultrasound-switchable fluorescencenoninvasive measurementbiomedical engineeringultrasoundlocal temperaturefluorescencehealth sciencesinstrumentationbiomedical imaging

Interstitial Fluid Streaming in Deep Tissue Induced by Ultrasound Momentum Transfer for Accelerating Nanoagent Transport and Controlling Its Distribution. Physics in Medicine and Biology (2022)

Baohong Yuan

biophysicsdeep tissuemedical biophysicsultrasound momentum transfertransport phenomenananoagent transportmedical ultrasoundinterstitial fluidphysicsnanomedicinefluid dynamicsexperimental biophysicsbiomedical engineeringfluid mechanicsultrasoundbiomedical imaging

In Vivo Tumor Ultrasound-Switchable Fluorescence Imaging via Intravenous Injections of Size-Controlled Thermosensitive Nanoparticles. Nano Research (2022)

Liqin RenYang LiuTingfeng YaoKytai T. NguyenBaohong Yuan

nanotechnologypharmacologypharmaceutical nanotechnologybiomedical imagingintravenous injectionsnanometrologynanoparticle researchphotomedicinenanomedicinemedical imagingultrasoundtherapeutic nanomaterialsnanobiotechnologynanomaterialstumor targetingtechnologycancer imagingbiomedical engineeringsize-controlled thermosensitive nanoparticles

Size Effect of Liposomes on Centimeter-Deep Ultrasound-Switchable Fluorescence Imaging and Ultrasound-Controlled Release. Journal of Materials Chemistry B (2022)

Yang LiuTingfeng YaoLiqin RenBaohong Yuan

nanomaterialsmaterials engineeringsize effectnanotechnologymaterial researchnanometrologybiomedical imagingmaterial chemistrylipid sciencebiomedical engineeringnanoscale scienceultrasoundultrasound-controlled releaseapplied physicsfluorescencematerials science

Thermo- and Ph-Sensitive Nanoparticles of Poly ( N -Isopropylacrylamide-Decenoic Acid-1-Vinylimidazole) for Ultrasound Switchable Fluorescence Imaging. Experimental Biology and Medicine (2022)

Bahar SaremiTingfeng YaoBaohong Yuan

nanomaterialsexperimental biologypolymer sciencenanoparticlespolymer technologynanotechnologybiomedical imagingbiomedical engineeringnanoparticle researchph-sensitive nanoparticlesexperimental medicinepolymer chemistrybiomolecular engineeringmaterials science

A Biocompatible and Near‐Infrared Liposome for in Vivo Ultrasound‐Switchable Fluorescence Imaging. Advanced Healthcare Materials (2020)

Y LiuT YaoW CaiS YuY HongKT NguyenB Yuan

tissue imagingbiomaterialsphotomedicinebiological imagingadvanced materialsbiomaterials designmedical imagingmaterial researchbiomedical photonicsbiomedical imagingcancer imagingbiomedical engineeringhealth technologybiocompatible materialsultrasoundhealth sciencesnanobiotechnologymaterials science

Improving Sensitivity and Imaging Depth of Ultrasound-Switchable Fluorescence via an Emccd-Gain-Controlled System and a Liposome-Based Contrast Agent. Quantitative Imaging in Medicine and Surgery (2020)

Tingfeng YaoYang LiuLiqin RenBaohong Yuan

tissue imagingemccd-gain-controlled systemphotomedicinecontrast agentsadvanced imagingsurgeryoptical imagingmedical imagingultrasound-switchable fluorescenceliposome-based contrast agentmedicineultrasoundfluorescencebiomedical imaging

In Vivo Ultrasound-Switchable Fluorescence Imaging Using a Camera-Based System. Biomedical Optics Express (2020)

Shuai YuTingfeng YaoYang LiuBaohong Yuan

tissue imagingphotomedicineoptical imagingbiological imagingmedical imagingbiomedical photonicscamera-based systembiomedical engineeringultrasoundfluorescencebiomedical imaging

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Baohong Yuan

Professor

University of Texas at Arlington

Affiliations

College of Engineering

Bioengineering

Baohong Yuan is currently serving as a Bioengineering Professor at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Baohong Yuan

University of Texas at Arlington

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improving the Spatial Resolution and Signal‐to‐Noise Ratio of Ultrasound Switchable Fluorescence Imaging. Journal of Biophotonics (2024)

Shuai YuBaohong Yuan

spatial resolutionbiophotonicsmedical imagingbiomedical photonicsbiomedical engineeringultrasoundsignal-to-noise ratiobiomedical imaging

Ultrasound‐Switchable Fluorescence Thermometry With Dual Detection Channels Using Temperature‐Sensitive Liposomes. Journal of Biophotonics (2024)

Tingfeng YaoLiqin RenBaohong Yuan

Noninvasive Measurement of Local Temperature Using Ultrasound-Switchable Fluorescence. Biomedical Optics Express (2023)

Liqin RenTingfeng YaoKytai T. NguyenBaohong Yuan

Interstitial Fluid Streaming in Deep Tissue Induced by Ultrasound Momentum Transfer for Accelerating Nanoagent Transport and Controlling Its Distribution. Physics in Medicine and Biology (2022)

Baohong Yuan

In Vivo Tumor Ultrasound-Switchable Fluorescence Imaging via Intravenous Injections of Size-Controlled Thermosensitive Nanoparticles. Nano Research (2022)

Liqin RenYang LiuTingfeng YaoKytai T. NguyenBaohong Yuan

Size Effect of Liposomes on Centimeter-Deep Ultrasound-Switchable Fluorescence Imaging and Ultrasound-Controlled Release. Journal of Materials Chemistry B (2022)

Yang LiuTingfeng YaoLiqin RenBaohong Yuan

Thermo- and Ph-Sensitive Nanoparticles of Poly ( N -Isopropylacrylamide-Decenoic Acid-1-Vinylimidazole) for Ultrasound Switchable Fluorescence Imaging. Experimental Biology and Medicine (2022)

Bahar SaremiTingfeng YaoBaohong Yuan

A Biocompatible and Near‐Infrared Liposome for in Vivo Ultrasound‐Switchable Fluorescence Imaging. Advanced Healthcare Materials (2020)

Y LiuT YaoW CaiS YuY HongKT NguyenB Yuan

Tingfeng YaoYang LiuLiqin RenBaohong Yuan

In Vivo Ultrasound-Switchable Fluorescence Imaging Using a Camera-Based System. Biomedical Optics Express (2020)

Shuai YuTingfeng YaoYang LiuBaohong Yuan

tissue imagingphotomedicineoptical imagingbiological imagingmedical imagingbiomedical photonicscamera-based systembiomedical engineeringultrasoundfluorescencebiomedical imaging

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Similar Faculty Members

Alexander A. Oraevsky

Institution

University of Houston

biomedical imaging

biomedical circuit

Jennifer Barton

Institution

University of Arizona

ophthalmology

medical imaging

Rebekah Drezek

Institution

Rice University

nanotechnology

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Ishan Barman

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raman spectroscopy

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Junjie Yao

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radiology

vitro diagnostics

Kevin D. Belfield

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New Jersey Institute of Technology

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Huabei Jiang

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medical imaging

biological imaging

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radiation oncology

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