Faculty

Institution

Unit

Venue

Yu-Chong Tai

Anna L Rosen Professor of Electrical Engineering and Medical Engineering Professor

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Electrical Engineering

Yu-chong Tai is currently serving as a Division Of Engineering And Applied Science Anna L Rosen Professor of Electrical Engineering and Medical Engineering Professor at California Institute of Technology.

Honors

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Experiences

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Education

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Yu-Chong Tai

California Institute of Technology

Anna L Rosen Professor of Electrical Engineering and Medical Engineering Professor

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biomedical engineering materials science instrumentation engineering microfluidics applied physics sensor technology micro-electromechanical systems sensors micro technology sensor design optoelectronics medical devices microfabrication wearable technology tissue engineering micromechanics health technology sensor applications implantable devices tumor cells biomedical technologies medical electronics precision engineering micromachines thermal engineering biomedical analysis vascular biology electronics biomedical imaging electronic materials cancer biology physiological measurements membrane technology aeronautics cell transplantation implantable sensors organic electronics electronic packaging retina cellular therapy fish biology transplantation medicine wireless implantable devices clinical transplantation cancer care embedded sensing surface nanotechnology medical technology cell culture applied physiology flexible sensor separation technology bioinstrumentation tissue transplantation neurostimulation brain stimulation lab-on-a-chip sensor arrays semiconductor devices particle technology diabetic retinopathy tumor cell retinal prostheses overall survival wall shear stress turbulent boundary layer biomedical applications parylene-c film resonant frequency capacitive accelerometer genomic analysis membrane microfilter device selective capture portable filter-based microdevice microfilter device biological engineering bioelectronics miniaturization

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Approach to Determine the Critical Survival Threshold of Cellular Oxygen Within Spheroids via Integrating Live/Dead Cell Imaging With Oxygen Modeling. AJP Cell Physiology (2024)

Kuang-Ming ShangHiroyuki KatoNelson GonzalezFouad KandeelYu-Chong TaiHirotake Komatsu

biophysicscell physiologycellular oxygenanimal physiologybiological imagingphysiologycellular physiologyoxygen modelingbiomedical engineeringredox biologycritical survival thresholdbiomedical imaging

A Parylene-Based Mems Intravascular Implant for Wireless Cardiac Pacing. (2024)

Kuang-Ming ShangTzung HsiaiYu-Chong Tai

neurologycardiologymedical electronicswearable technologymedical technologymicro-electromechanical systemstechnologyimplantable deviceselectrophysiologyneurosciencewireless implantable deviceswireless cardiac pacingassistive technologyhealth technologymedical devicesphysiological measurementsdigital medicine

Feasibility and Structural Transformation of Electrodeposited Copper Foils for Graphene Synthesis by Plasma‐Enhanced Chemical Vapor Deposition: Implications for High‐Frequency Applications. Advanced Materials Interfaces (2024)

Chen‐Hsuan LuKuang‐Ming ShangShi‐Ri LeeJheng‐Ying LiPatricia T.C. LeeChyi‐Ming LeuYu‐Chong TaiNai‐Chang Yeh

graphene synthesisadvanced materialsinterface sciencechemical vapor depositioncopper foilsstructural transformationgraphenehigh-frequency applicationsmaterials science

Physiomimetic Fluidic Culture Platform on Microwell-Patterned Porous Collagen Scaffold for Human Pancreatic Islets. Cell Transplantation (2024)

Hiroyuki KatoHuajian ChenKuang-Ming ShangKenji IzumiNaoya KobaTakanori TsuchiyaNaoki KawazoeJanine QuijanoKeiko OmoriChris OrrMeirigeng QiHsun Teresa KuFouad KandeelYu-Chong TaiGuoping ChenHirotake Komatsu

transplant surgeryregenerative medicinephysiologyorgan transplantationtransplantation proceedingcell transplantationdermatologybone marrow transplantationcellular therapybiomedical engineeringclinical transplantationtissue transplantationhuman pancreatic isletsoncologytissue engineeringtransplantation medicine

Data From a Cancer Detection Platform Which Measures Telomerase Activity From Live Circulating Tumor Cells Captured on a Microfilter. (2023)

Tong XuBo LuYu-Chong TaiAmir Goldkorn

biomedical data analysistumor biologycancer detection platformcell biologycancer researchcancer detectiontumor cellstelomerase activityoncologycancer biology

Low-Temperature Direct Growth of Nanocrystalline Multilayer Graphene on Silver With Long-Term Surface Passivation. ACS Applied Materials & Interfaces (2023)

Chen-Hsuan LuKuang-Ming ShangShi-Ri LeeChyi-Ming LeuYu-Chong TaiNai-Chang Yeh

interface sciencenanotechnologyelectronic materialscrystal growthengineeringmaterial researchgraphenesurface nanoengineeringnanocrystalline multilayer graphenelow-temperature direct growthmaterials engineeringsurface sciencesurface nanotechnologymaterial chemistrycarbon-based materialsnanomaterialssurface reactivitylong-term surface passivationnanocrystalline materialsapplied physicsmaterials science

Machine Learning‐Directed Electrical Impedance Tomography to Predict Metabolically Vulnerable Plaques. Bioengineering & Translational Medicine (2023)

Justin ChenShaolei WangKaidong WangParinaz AbiriZi‐Yu HuangJunyi YinAlejandro M. JabaleraBrian ArianpourMehrdad RoustaeiEnbo ZhuPeng ZhaoSusana CavalleroSandra Duarte‐VogelElena StarkYuan LuoPeyman BenharashYu‐Chong TaiQingyu CuiTzung K. Hsiai

biological engineeringmedical image computingcomputational biologybiomedical informaticsbiomedical analysistranslational medicinemedical imagingelectrophysiologybiomedical technologiesbiomedical engineeringbiomedical modelingneuroimagingvulnerable plaquesbiomolecular engineering

Micron-Sized Parylene-In-Oil Water Protection Layer. (2023)

Kuang-Ming ShangHaixu ShenNingxuan DaiDavid KongTzung HsiaiYu-Chong Tai

nanomaterialsmaterials engineeringsurface sciencesurface nanotechnologyintermittently connected devicenanotechnologynanoengineeringelectronic materialsbiomedical engineeringelectrical engineeringpolymer nanotechnologymaterials science

Development of Computational Models for Microtesla-Level Magnetic Brain Scanning: A Novel Avenue for Device Development. BMC Biomedical Engineering (2022)

Shane ShahrestaniGabriel ZadaYu-Chong Tai

computer sciencebiomedical technologiesbiomedical engineeringmedical devicesmedicinecomputational neuroscience

Graphene on Nanoscale-Thick Au Films: Implications for Anticorrosion in Smart Wearable Electronics. ACS Applied Nano Materials (2022)

Chen-Hsuan LuKuang-Ming ShangShi-Ri LeeYu-Chong TaiNai-Chang Yeh

additive manufacturingsemiconductor nanostructuresnanotechnologymechanical engineeringelectronic materialsmembrane scienceoptoelectronicsgraphenenanoparticle researchnanoscale-thick au filmswearable technologymaterial chemistrycharge transportcharge separationnanomaterialssmart wearable electronicswearable electronicssurface modificationapplied physicsmaterials science

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Yu-Chong Tai

Anna L Rosen Professor of Electrical Engineering and Medical Engineering Professor

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Electrical Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yu-Chong Tai

California Institute of Technology

Anna L Rosen Professor of Electrical Engineering and Medical Engineering Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Novel Approach to Determine the Critical Survival Threshold of Cellular Oxygen Within Spheroids via Integrating Live/Dead Cell Imaging With Oxygen Modeling. AJP Cell Physiology (2024)

Kuang-Ming ShangHiroyuki KatoNelson GonzalezFouad KandeelYu-Chong TaiHirotake Komatsu

biophysicscell physiologycellular oxygenanimal physiologybiological imagingphysiologycellular physiologyoxygen modelingbiomedical engineeringredox biologycritical survival thresholdbiomedical imaging

A Parylene-Based Mems Intravascular Implant for Wireless Cardiac Pacing. (2024)

Kuang-Ming ShangTzung HsiaiYu-Chong Tai

Chen‐Hsuan LuKuang‐Ming ShangShi‐Ri LeeJheng‐Ying LiPatricia T.C. LeeChyi‐Ming LeuYu‐Chong TaiNai‐Chang Yeh

graphene synthesisadvanced materialsinterface sciencechemical vapor depositioncopper foilsstructural transformationgraphenehigh-frequency applicationsmaterials science

Physiomimetic Fluidic Culture Platform on Microwell-Patterned Porous Collagen Scaffold for Human Pancreatic Islets. Cell Transplantation (2024)

Data From a Cancer Detection Platform Which Measures Telomerase Activity From Live Circulating Tumor Cells Captured on a Microfilter. (2023)

Tong XuBo LuYu-Chong TaiAmir Goldkorn

biomedical data analysistumor biologycancer detection platformcell biologycancer researchcancer detectiontumor cellstelomerase activityoncologycancer biology

Low-Temperature Direct Growth of Nanocrystalline Multilayer Graphene on Silver With Long-Term Surface Passivation. ACS Applied Materials & Interfaces (2023)

Chen-Hsuan LuKuang-Ming ShangShi-Ri LeeChyi-Ming LeuYu-Chong TaiNai-Chang Yeh

Machine Learning‐Directed Electrical Impedance Tomography to Predict Metabolically Vulnerable Plaques. Bioengineering & Translational Medicine (2023)

Micron-Sized Parylene-In-Oil Water Protection Layer. (2023)

Kuang-Ming ShangHaixu ShenNingxuan DaiDavid KongTzung HsiaiYu-Chong Tai

Development of Computational Models for Microtesla-Level Magnetic Brain Scanning: A Novel Avenue for Device Development. BMC Biomedical Engineering (2022)

Shane ShahrestaniGabriel ZadaYu-Chong Tai

computer sciencebiomedical technologiesbiomedical engineeringmedical devicesmedicinecomputational neuroscience

Graphene on Nanoscale-Thick Au Films: Implications for Anticorrosion in Smart Wearable Electronics. ACS Applied Nano Materials (2022)

Chen-Hsuan LuKuang-Ming ShangShi-Ri LeeYu-Chong TaiNai-Chang Yeh

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microfabrication

lab-on-a-chip

Jeong Lee

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University of Texas at Dallas

biomedical engineering

precision engineering

Mark G. Allen

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University of Pennsylvania

microfabrication

nanomanufacturing

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wearable biosensors

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biological microenvironments

biomedical analysis

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sensor

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