Faculty

Institution

Unit

Venue

J. Mortimer

Emeritus Professor

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

J. Mortimer is currently serving as a Biomedical Engineering Emeritus Professor at Case Western Reserve University.

Honors

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Experiences

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Education

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J. Mortimer

Case Western Reserve University

Emeritus Professor

You can click a keyword to filter the displayed items

neuroscience electrophysiology biomedical engineering neurophysiology electrical engineering neurology neural engineering motor control neurostimulation brain stimulation rehabilitation engineering tissue engineering biomedical technologies instrumentation animal physiology applied physiology respiratory medicine peripheral nervous system laparoscopy neural stimulation peripheral nerve medical electronics selective activation collision block veterinary medicine mammalian biology automatic control electrical stimulation electron transfer intramuscular electrodes neurorehabilitation animal science neural mechanisms recruitment properties action potentials phrenic nerve neural stimulating electrodes pulse-clamp method control system technology active control spinal cord upper extremity neural science interventional endoscopy rehabilitation robotics stimulation device nerve cuff technique intramuscular diaphragm electrodes motor fascicles input-output properties joint torque controlled release intensive care biomedical analysis neurosurgery avian biology animal biotechnology neuromodulation (medicine) musculoskeletal interaction respiratory neurobiology neural interfaces neural tissue engineering general surgery mammalian physiology homeostatic mechanisms biomedical research human physiology museology skeletal muscle musculoskeletal function muscle function musculoskeletal science industrial electronics instrumentation engineering transducer principle control engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Electron Transfer Processes Occurring on Platinum Neural Stimulating Electrodes: Pulsing Experiments for Cathodic-First, Charge-Imbalanced, Biphasic Pulses for 0.566 ⩽ K ⩽ 2.3 in Rat Subcutaneous Tissues. Journal of Neural Engineering (2018)

Doe W KumsaEric M HudakNarendra BhadraJ Thomas Mortimer

neurologypulsing experimentsbiphasic pulseselectron transferelectrophysiologyneuroscienceneurophysiologyneural engineeringrat subcutaneous tissues

Electron Transfer Processes Occurring on Platinum Neural Stimulating Electrodes: Calculated Charge-Storage Capacities Are Inaccessible During Applied Stimulation. Journal of Neural Engineering (2017)

Eric M HudakDoe W KumsaHeidi B MartinJ Thomas Mortimer

neurostimulationelectron transferneurosciencecharge-storage capacitiesapplied stimulationbrain stimulationneural engineering

Electron Transfer Processes Occurring on Platinum Neural Stimulating Electrodes: A Tutorial on the I ( V E ) Profile. Journal of Neural Engineering (2016)

Doe W KumsaNarendra BhadraEric M HudakShawn C KelleyDarrel F UnterekerJ Thomas Mortimer

electron transferneural scienceneural engineeringneuroscience

Electron Transfer Processes Occurring on Platinum Neural Stimulating Electrodes: Pulsing Experiments for Cathodic-First/Charge-Balanced/Biphasic Pulses for 0.566 ≤ K ≥ 2.3 in Oxygenated and Deoxygenated Sulfuric Acid. Journal of Neural Engineering (2016)

Doe W KumsaFred W MontagueEric M HudakJ Thomas Mortimer

electron transferneurosciencepulsing experiments

Neural Stimulation Electrodes and Sensors. Springer eBooks (2014)

J. Thomas Mortimer

sensorsaural augmentationneural circuitsneural stimulation electrodesneurostimulationelectrophysiologyneuroscienceneural engineeringbrain stimulationneural mechanismsstimulation device

Electrochemical Analysis of Diamond and Platinum Electrodes for Neural Stimulation. ECS Meeting Abstracts (2010)

Eric M. HudakJ. Thomas MortimerHeidi B. Martin

neurostimulationneuroscienceelectrochemical analysisneural stimulationelectrochemistry

Platinum for Neural Stimulation: Voltammetry Considerations. Journal of Neural Engineering (2010)

E M HudakJ T MortimerH B Martin

neural stimulationneural engineeringneuroscienceneurostimulation

Fundamentals of Electrical Stimulation. Elsevier eBooks (2009)

J. Thomas MortimerNarendra Bhadra

electrical stimulationelectrical engineeringneurophysiologyneuroscience

Linear Summation of Torque Produced by Selective Activation of Two Motor Fascicles. IEEE Transactions on Neural Systems and Rehabilitation Engineering (2007)

Matthew D. TarlerJ. Thomas Mortimer

rehabilitation engineeringengineeringselective activationneurosciencemotor controlelectrical engineeringlinear summationmotor fasciclesneural engineering

Extraction Force and Tissue Change During Removal of a Tined Intramuscular Electrode From Rat Gastrocnemius. Annals of Biomedical Engineering (2006)

Narendra BhadraJ. Thomas Mortimer

animal physiologyextraction forcetined intramuscular electroderat gastrocnemiustissue changebiomedical engineeringmammalian biologytissue engineering

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J. Mortimer

Emeritus Professor

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

J. Mortimer is currently serving as a Biomedical Engineering Emeritus Professor at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Mortimer

Case Western Reserve University

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Doe W KumsaEric M HudakNarendra BhadraJ Thomas Mortimer

neurologypulsing experimentsbiphasic pulseselectron transferelectrophysiologyneuroscienceneurophysiologyneural engineeringrat subcutaneous tissues

Eric M HudakDoe W KumsaHeidi B MartinJ Thomas Mortimer

neurostimulationelectron transferneurosciencecharge-storage capacitiesapplied stimulationbrain stimulationneural engineering

Electron Transfer Processes Occurring on Platinum Neural Stimulating Electrodes: A Tutorial on the I ( V E ) Profile. Journal of Neural Engineering (2016)

Doe W KumsaNarendra BhadraEric M HudakShawn C KelleyDarrel F UnterekerJ Thomas Mortimer

electron transferneural scienceneural engineeringneuroscience

Doe W KumsaFred W MontagueEric M HudakJ Thomas Mortimer

electron transferneurosciencepulsing experiments

Neural Stimulation Electrodes and Sensors. Springer eBooks (2014)

J. Thomas Mortimer

sensorsaural augmentationneural circuitsneural stimulation electrodesneurostimulationelectrophysiologyneuroscienceneural engineeringbrain stimulationneural mechanismsstimulation device

Electrochemical Analysis of Diamond and Platinum Electrodes for Neural Stimulation. ECS Meeting Abstracts (2010)

Eric M. HudakJ. Thomas MortimerHeidi B. Martin

neurostimulationneuroscienceelectrochemical analysisneural stimulationelectrochemistry

Platinum for Neural Stimulation: Voltammetry Considerations. Journal of Neural Engineering (2010)

E M HudakJ T MortimerH B Martin

neural stimulationneural engineeringneuroscienceneurostimulation

Fundamentals of Electrical Stimulation. Elsevier eBooks (2009)

J. Thomas MortimerNarendra Bhadra

electrical stimulationelectrical engineeringneurophysiologyneuroscience

Linear Summation of Torque Produced by Selective Activation of Two Motor Fascicles. IEEE Transactions on Neural Systems and Rehabilitation Engineering (2007)

Matthew D. TarlerJ. Thomas Mortimer

rehabilitation engineeringengineeringselective activationneurosciencemotor controlelectrical engineeringlinear summationmotor fasciclesneural engineering

Extraction Force and Tissue Change During Removal of a Tined Intramuscular Electrode From Rat Gastrocnemius. Annals of Biomedical Engineering (2006)

Narendra BhadraJ. Thomas Mortimer

animal physiologyextraction forcetined intramuscular electroderat gastrocnemiustissue changebiomedical engineeringmammalian biologytissue engineering

1
2
3
4
5
13
10 / page

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Similar Faculty Members

Dustin Tyler

Institution

Case Western Reserve University

medical device

neural interface

Patrick Crago

Institution

Case Western Reserve University

stimulation device

rehabilitation

Ronald J. Triolo

Institution

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rehabilitation engineering

neural interface

P. Hunter Peckham

Institution

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rehabilitation engineering

rehabilitation

Andrew Shoffstall

Institution

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rehabilitation engineering

stimulation device

Dominique M. Durand

Institution

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neurorehabilitation

clinical engineering

Margot Damaser

Institution

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voiding dysfunction

orthopaedic surgery

Anthony F. DiMarco

Institution

Case Western Reserve University

rehabilitation engineering

neural interface

Ellis Fan-Chuin Meng

Institution

University of Southern California

microfabrication

lab-on-a-chip

Vasilis Marmarelis

Institution

University of Southern California

systems modeling

biomedical imaging