Faculty

Institution

Unit

Venue

Michel Lemay

Temple University

Affiliations

College of Engineering

Bioengineering Department

NoneMichel Lemay is currently serving as a Bioengineering faculty at Temple University.

Honors

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Experiences

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Education

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Michel Lemay

Temple University

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neuroscience rehabilitation neurophysiology physiology neurology motor control spinal cord injury biomechanics animal physiology neurorehabilitation mammalian biology electrophysiology human movement avian biology spinal cord spinal biomechanics systems neuroscience exercise physiology animal science brain stimulation intraspinal microstimulation animal behavior applied physiology neural science orthopedic biomechanics muscle function experimental medicine neuroprotection motor behavior movement analysis upper extremity locomotor recovery endpoint force patterns active control neurological function neurological rehabilitation veterinary physiology cervical spine mammalian physiology spinal cord medicine neuroregeneration clinical neuroscience avian locomotion peripheral nervous system peripheral nerve brain function motion control neurostimulation neurodynamics injured spinal cord neurotrophic factors peripheral nerve grafts hand function untrained spinalized cats electrical stimulation neuroradiology protein science fish biology orthopaedic research musculoskeletal disorders neuromodulation (medicine) hand surgery enhanced recovery tendon injuries peripheral nerve injuries respiratory neurobiology human physiology exercise rehabilitation scientific visualization dynamic model motor function neural progenitors synaptic connectivity spinal reflexes activity-dependent increase motor output

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tead1 is Crucial for Developmental Myelination, Remak Bundles, and Functional Regeneration of Peripheral Nerves. eLife (2024)

Matthew GroveHyukmin KimShuhuan PangJose Paz AmayaGuoqing HuJiliang ZhouMichel LemayYoung-Jin Son

developmental biologyfunctional regenerationremak bundlesdevelopmental myelinationdevelopmental neurobiologyneuroscienceregenerative medicinephysiology

Lumbar Multiunit Activity Power Spectrum During Air Stepping in the Spinal Cat: Evidence for a Flexor-Dominated Rostrocaudally Distributed Locomotor Center. Journal of Neurophysiology (2023)

Chantal McMahonDavid P. KowalskiAlexander J. KrupkaMichel A. Lemay

locomotor centermovement analysisneurosciencespinal catmotor controlmotor behaviornervous systemspinal biomechanicsrehabilitationneurophysiologyneurodynamicsmotor systemsanimal physiologyphysiologyhuman movementneurorehabilitationactive controlcentral nervous systemspinal cord

Chemogenetic Modulation of Sensory Afferents Induces Locomotor Changes and Plasticity After Spinal Cord Injury. Frontiers in Molecular Neuroscience (2022)

Jaclyn T EisdorferHannah Sobotka-BrinerSusan SchramfieldGeorge MoukarzelJie ChenThomas J CampionRupert SmitBradley C RauscherMichel A LemayGeorge M SmithAndrew J Spence

systems neurosciencemolecular neurosciencemotor controlspinal cord injuryneurosciencemolecular neurobiologyneurologychemogenetic modulationrehabilitationcognitive neuroscience

Electrical Stimulation of Distal Tibial Nerve During Stance Phase of Walking May Reverse Effects of Unilateral Paw Pad Anesthesia in the Cat. Motor Control (2022)

Hangue ParkAlexander N. KlishkoKyunggeune OhCelina ZhangGina GrengaKinsey R. HerrinJohn F. DaltonRobert S. KistenbergMichel A. LemayMark PitkinStephen P. DeWeerthBoris I. Prilutsky

electrical stimulationstance phasemotor controlelectrophysiologydistal tibial nerveanimal physiologymammalian biologyrehabilitationelectrical engineeringmotor behaviorhuman movement

Intraspinal Stimulation. Encyclopedia of Computational Neuroscience (2022)

Michel LemaySimon F. Giszter

brain stimulationintraspinal stimulationelectrophysiologyneuroscienceneurologyneurophysiologyneurostimulation

Spinal Interfaces: Overview. Encyclopedia of Computational Neuroscience (2022)

Jacob G. McPhersonMichel Lemay

spinal interfacesneuroscience

Toward Assessing the Functional Connectivity of Spinal Neurons. Frontiers in Neural Circuits (2022)

Martin ZabackEkta TiwariAlexander J. KrupkaFrancesca MarchionneFrancesco NegroMichel A. LemayChristopher K. Thompson

systems neuroscienceneurosciencefunctional connectivityspinal neuronsneural science

A Matlab Application for Automated H-Reflex Measurements and Analyses. Biomedical Signal Processing and Control (2021)

George MoukarzelMichel A. LemayAndrew J. Spence

biomedical technologiesbiomedical engineeringmatlab applicationautomated h-reflex measurementssignal processing

A Versatile System for Neuromuscular Stimulation and Recording in the Mouse Model Using a Lightweight Magnetically Coupled Headmount. Journal of Neuroscience Methods (2021)

Annie VahedipourMatthew R. ShortAzadeh TimnakOmid Haji MaghsoudiThomas HallowellJonathan GerstenhaberOrnella CappellariMichel LemayAndrew J. Spence

brain stimulationversatile systemneurosciencecomputational neuroscienceneuromuscular stimulationmouse model

Single-Cell and Ensemble Activity of Lumbar Intermediate and Ventral Horn Interneurons in the Spinal Air-Stepping Cat. Journal of Neurophysiology (2021)

Chantal McMahonDavid P. KowalskiAlexander J. KrupkaMichel A. Lemay

spinal cord medicinecervical spineclinical neuroscienceensemble activitymotor controlelectrophysiologyneuroscienceupper extremitylumbar spinemotor systemsspinal cordphysiologylumbar intermediateneurologyspinal air-stepping catneurophysiologynervous systemhuman movement

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Michel Lemay

Temple University

Affiliations

College of Engineering

Bioengineering Department

NoneMichel Lemay is currently serving as a Bioengineering faculty at Temple 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

Michel Lemay

Temple University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tead1 is Crucial for Developmental Myelination, Remak Bundles, and Functional Regeneration of Peripheral Nerves. eLife (2024)

Matthew GroveHyukmin KimShuhuan PangJose Paz AmayaGuoqing HuJiliang ZhouMichel LemayYoung-Jin Son

developmental biologyfunctional regenerationremak bundlesdevelopmental myelinationdevelopmental neurobiologyneuroscienceregenerative medicinephysiology

Lumbar Multiunit Activity Power Spectrum During Air Stepping in the Spinal Cat: Evidence for a Flexor-Dominated Rostrocaudally Distributed Locomotor Center. Journal of Neurophysiology (2023)

Chantal McMahonDavid P. KowalskiAlexander J. KrupkaMichel A. Lemay

Chemogenetic Modulation of Sensory Afferents Induces Locomotor Changes and Plasticity After Spinal Cord Injury. Frontiers in Molecular Neuroscience (2022)

Jaclyn T EisdorferHannah Sobotka-BrinerSusan SchramfieldGeorge MoukarzelJie ChenThomas J CampionRupert SmitBradley C RauscherMichel A LemayGeorge M SmithAndrew J Spence

systems neurosciencemolecular neurosciencemotor controlspinal cord injuryneurosciencemolecular neurobiologyneurologychemogenetic modulationrehabilitationcognitive neuroscience

Electrical Stimulation of Distal Tibial Nerve During Stance Phase of Walking May Reverse Effects of Unilateral Paw Pad Anesthesia in the Cat. Motor Control (2022)

Hangue ParkAlexander N. KlishkoKyunggeune OhCelina ZhangGina GrengaKinsey R. HerrinJohn F. DaltonRobert S. KistenbergMichel A. LemayMark PitkinStephen P. DeWeerthBoris I. Prilutsky

electrical stimulationstance phasemotor controlelectrophysiologydistal tibial nerveanimal physiologymammalian biologyrehabilitationelectrical engineeringmotor behaviorhuman movement

Intraspinal Stimulation. Encyclopedia of Computational Neuroscience (2022)

Michel LemaySimon F. Giszter

brain stimulationintraspinal stimulationelectrophysiologyneuroscienceneurologyneurophysiologyneurostimulation

Spinal Interfaces: Overview. Encyclopedia of Computational Neuroscience (2022)

Jacob G. McPhersonMichel Lemay

spinal interfacesneuroscience

Toward Assessing the Functional Connectivity of Spinal Neurons. Frontiers in Neural Circuits (2022)

Martin ZabackEkta TiwariAlexander J. KrupkaFrancesca MarchionneFrancesco NegroMichel A. LemayChristopher K. Thompson

systems neuroscienceneurosciencefunctional connectivityspinal neuronsneural science

A Matlab Application for Automated H-Reflex Measurements and Analyses. Biomedical Signal Processing and Control (2021)

George MoukarzelMichel A. LemayAndrew J. Spence

biomedical technologiesbiomedical engineeringmatlab applicationautomated h-reflex measurementssignal processing

A Versatile System for Neuromuscular Stimulation and Recording in the Mouse Model Using a Lightweight Magnetically Coupled Headmount. Journal of Neuroscience Methods (2021)

Annie VahedipourMatthew R. ShortAzadeh TimnakOmid Haji MaghsoudiThomas HallowellJonathan GerstenhaberOrnella CappellariMichel LemayAndrew J. Spence

brain stimulationversatile systemneurosciencecomputational neuroscienceneuromuscular stimulationmouse model

Single-Cell and Ensemble Activity of Lumbar Intermediate and Ventral Horn Interneurons in the Spinal Air-Stepping Cat. Journal of Neurophysiology (2021)

Chantal McMahonDavid P. KowalskiAlexander J. KrupkaMichel A. Lemay

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