Faculty

Institution

Unit

Venue

Benjamin Sanchez

Assistant Professor

University of Utah

Affiliations

John and Marcia Price College of Engineering

Electrical and Computer Engineering

Benjamin Sanchez is currently serving as an Electrical And Computer Engineering Assistant Professor at University of Utah.

Honors

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Experiences

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Education

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Benjamin Sanchez

University of Utah

Assistant Professor

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physiology neuroscience electrophysiology electrical engineering neurophysiology biomedical engineering physiological measurements instrumentation mammalian biology electrical impedance myography animal physiology skeletal muscle biomechanics tissue engineering cardiology applied physiology exercise physiology time-varying bioimpedance regenerative medicine physiological research clinical neuroscience health technology muscle function human physiology musculoskeletal science respiratory medicine biomedical imaging instrumentation engineering myofiber size cellular physiology medicinal research medical technology mammalian physiology musculoskeletal research simulation study laboratory medicine fish biology stem cell research scientific data electronics power electronics livestock science tissue imaging tissue physiology in vivo systems amyotrophic lateral sclerosis measurement systems microwave engineering myocardial infarction medical electronics orthopedic biomechanics analytical instrumentation bronchoscopy procedure mouse model electrical stimulation complex permittivity electrical impedance wild type myostatin inhibition impedance spectroscopy wild-type mice bioimpedance technology broadband impedance spectroscopy clinical physiology biomedical technologies medical biophysics radio frequency scientific data management micro-electromechanical systems muscle injury energy biotechnology algal biotechnology algal biology microcontroller implementation bioelectrochemistry neuromuscular disorders bioengineering model bioinstrumentation bioelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4142573: Validation of Wrist-Worn Body Impedance Analysis Technology for Cardiovascular Disease Risk Management. Circulation (2024)

Adrian DeeryJonathan FranceyJordan DivenStacey McKennaHolly EasleaGeraldine HoriganRuth PriceBenjamin Sanchez Terrones

health technology assessmentremote patient monitoringwearable biosensorsbiomedical engineeringhealth technologyphysiological measurementsdigital healthpatient monitoringpublic healthwearable technologyhealth sciencesbiometricscardiovascular diseasehealth monitoring

A Wearable Smart Ring for Measuring Bioimpedance in the Palmar Digital Arteries. (2024)

Gia-Bao HaAlexandra BoyadzhievHuanan ZhangBenjamin Sanchez

wearable smart ringwearable biosensorspalmar digital arteriesbiomedical engineeringphysiological measurementshealth technologywearable systemsblood flow measurementwearable technology

Characterization of the Texas Instruments Inc Afe4500 Analog Front End Chip for Wearable Bioimpedance Applications. (2024)

Nathan J. HansenRaja ReddyPrabin YadavPraveen AroulLijoy PhiliposeBenjamin Sanchez

wearable electronicsbiomedical engineeringwearable technologywearable bioimpedance applicationstexas instruments

Electrical Impedance Dermography: Background, Current State, and Emerging Clinical Opportunities. Dermatology Research and Practice (2024)

Elise K BrunsgaardBenjamin SanchezDouglas Grossman

experimental dermatologycurrent statedermatological treatmentelectrical engineeringmedical optical imagingcutaneous biologyneuroradiologybiomedical imagingelectrophysiologydermoscopic imageclinical dermatologyclinical opportunitiesmedical deviceshealth sciencesnuclear medicineelectroanalytical chemistryelectrical impedance dermographydermatologydermatological surgeryclinical researchmedical imaging

A Scoping Review of Current and Emerging Techniques for Evaluation of Peripheral Nerve Health, Degeneration, and Regeneration: Part 1, Neurophysiology. Journal of neural engineering (2023)

Ross MandevilleBenjamin SanchezBenjamin JohnstonStanley BazarekJasmine A ThumAustin BirminghamReiner Henson B SeeCarl Froilan D LeochicoViksit KumarArriyan S DowlatshahiJustin BrownDaniel StashukSeward B Rutkove

neurophysiologyperipheral nerve healthneuroscience

A Scoping Review of Current and Emerging Techniques for Evaluation of Peripheral Nerve Health, Degeneration and Regeneration: Part 2, Non-Invasive Imaging. Journal of Neural Engineering (2023)

Ross MandevilleSwati DeshmukhEk Tsoon TanViksit KumarBenjamin SanchezArriyan S DowlatshahiJustin LukReiner Henson B SeeCarl Froilan D LeochicoJasmine A ThumStanley BazarekBenjamin JohnstonJustin BrownJim WuDarryl SneagSeward Rutkove

non-invasive imagingneural engineeringneuroscienceperipheral nerve healthneurologyneuroimaging

Combining Electromyographic and Electrical Impedance Data Sets Through Machine Learning: A Study in D2 ‐MDX and Wild‐Type Mice. Muscle & Nerve (2023)

Sarbesh PandeyaBenjamin SanchezJanice A. NagySeward B. Rutkove

electrophysiologymachine learningneurosciencephysiologymammalian biologywild-type miceneurophysiologybiomechanics

Electrical Impedance Dermography Differentiates Squamous Cell Carcinoma in Situ From Inflamed Seborrheic Keratoses. JID Innovations (2023)

Elaine Wen-Ying WongSarbesh PandeyaHenry CrandallTristan SmartMadisen DixonKenneth M. BoucherScott R. FlorellDouglas GrossmanBenjamin Sanchez

cancer imagingcancer researchoncologysquamous cell carcinomaelectrical impedance dermographydermatologymedical imagingelectrical engineeringseborrheic keratoses

Electrical Impedance Myography Method of Measuring Anisotropic Tongue Tissue. Physiological Measurement (2023)

Xuesong LuoJian ShiArnau Marín LlobetSeward B RutkoveBenjamin Sanchez

biophysicselectrophysiologyanisotropic tongue tissuehuman physiologyphysiological measurementsphysiologyelectrical engineering

Reply to the Editor— Safety of Wearable Bioimpedance Monitors for Cied Patients Remains Unknown. Heart Rhythm (2023)

Benjamin SanchezRoger FreedmanAntoni Bayés-GenísBenjamin A. Steinberg

cardiologywearable technologycied patientswearable bioimpedance monitorsrespiratory medicinecritical carepatient monitoringpatient safetyrehabilitationsafetyhealth monitoring

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Benjamin Sanchez

Assistant Professor

University of Utah

Affiliations

John and Marcia Price College of Engineering

Electrical and Computer Engineering

Benjamin Sanchez is currently serving as an Electrical And Computer Engineering Assistant Professor at University of Utah.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Benjamin Sanchez

University of Utah

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4142573: Validation of Wrist-Worn Body Impedance Analysis Technology for Cardiovascular Disease Risk Management. Circulation (2024)

Adrian DeeryJonathan FranceyJordan DivenStacey McKennaHolly EasleaGeraldine HoriganRuth PriceBenjamin Sanchez Terrones

A Wearable Smart Ring for Measuring Bioimpedance in the Palmar Digital Arteries. (2024)

Gia-Bao HaAlexandra BoyadzhievHuanan ZhangBenjamin Sanchez

wearable smart ringwearable biosensorspalmar digital arteriesbiomedical engineeringphysiological measurementshealth technologywearable systemsblood flow measurementwearable technology

Characterization of the Texas Instruments Inc Afe4500 Analog Front End Chip for Wearable Bioimpedance Applications. (2024)

Nathan J. HansenRaja ReddyPrabin YadavPraveen AroulLijoy PhiliposeBenjamin Sanchez

wearable electronicsbiomedical engineeringwearable technologywearable bioimpedance applicationstexas instruments

Electrical Impedance Dermography: Background, Current State, and Emerging Clinical Opportunities. Dermatology Research and Practice (2024)

Elise K BrunsgaardBenjamin SanchezDouglas Grossman

A Scoping Review of Current and Emerging Techniques for Evaluation of Peripheral Nerve Health, Degeneration, and Regeneration: Part 1, Neurophysiology. Journal of neural engineering (2023)

neurophysiologyperipheral nerve healthneuroscience

A Scoping Review of Current and Emerging Techniques for Evaluation of Peripheral Nerve Health, Degeneration and Regeneration: Part 2, Non-Invasive Imaging. Journal of Neural Engineering (2023)

non-invasive imagingneural engineeringneuroscienceperipheral nerve healthneurologyneuroimaging

Combining Electromyographic and Electrical Impedance Data Sets Through Machine Learning: A Study in D2 ‐MDX and Wild‐Type Mice. Muscle & Nerve (2023)

Sarbesh PandeyaBenjamin SanchezJanice A. NagySeward B. Rutkove

electrophysiologymachine learningneurosciencephysiologymammalian biologywild-type miceneurophysiologybiomechanics

Electrical Impedance Dermography Differentiates Squamous Cell Carcinoma in Situ From Inflamed Seborrheic Keratoses. JID Innovations (2023)

Elaine Wen-Ying WongSarbesh PandeyaHenry CrandallTristan SmartMadisen DixonKenneth M. BoucherScott R. FlorellDouglas GrossmanBenjamin Sanchez

cancer imagingcancer researchoncologysquamous cell carcinomaelectrical impedance dermographydermatologymedical imagingelectrical engineeringseborrheic keratoses

Electrical Impedance Myography Method of Measuring Anisotropic Tongue Tissue. Physiological Measurement (2023)

Xuesong LuoJian ShiArnau Marín LlobetSeward B RutkoveBenjamin Sanchez

biophysicselectrophysiologyanisotropic tongue tissuehuman physiologyphysiological measurementsphysiologyelectrical engineering

Reply to the Editor— Safety of Wearable Bioimpedance Monitors for Cied Patients Remains Unknown. Heart Rhythm (2023)

Benjamin SanchezRoger FreedmanAntoni Bayés-GenísBenjamin A. Steinberg

cardiologywearable technologycied patientswearable bioimpedance monitorsrespiratory medicinecritical carepatient monitoringpatient safetyrehabilitationsafetyhealth monitoring

1
2
3
4
5
12
10 / page

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Similar Faculty Members

Gerald Saidel

Institution

Case Western Reserve University

theoretical biology

biological engineering

Yu-Chong Tai

Institution

California Institute of Technology

microfabrication

lab-on-a-chip

Tzung Hsiai

Institution

University of California, Los Angeles

stem cell

stem-cell therapy

Margot Damaser

Institution

Case Western Reserve University

voiding dysfunction

orthopaedic surgery

Metin Akay

Institution

University of Houston

neurorehabilitation

clinical engineering

Yasemin M. Akay

Institution

University of Houston

rna analysis

brain tumor research

Timothy W. Secomb

Institution

University of Arizona

blood vessel

circulatory physiology

Douglas Weber

Institution

Carnegie Mellon University

neurostimulation

physiological measurement

Boris Rubinsky

Institution

University of California, Berkeley

biomedical engineering

biomedical system

Susan S. Margulies

Institution

University of Pennsylvania

neuroscience

neurology