Faculty

Institution

Unit

Venue

Jason Mateika

Professor; Graduate Officer; Associate Department Chair

Wayne State University

Affiliations

School of Medicine

Physiology

Jason Mateika is currently serving as a Physiology Professor; Graduate Officer; Associate Department Chair at Wayne State University.

Honors

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Experiences

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Education

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Jason Mateika

Wayne State University

Professor; Graduate Officer; Associate Department Chair

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respiratory medicine physiology neuroscience sleep medicine hypoxia (medicine) electrophysiology human physiology neurophysiology applied physiology neurology health sciences sleep mammalian physiology animal physiology intermittent hypoxia mammalian biology obstructive sleep apnea cardiology clinical physiology ventilation ventilatory long-term facilitation sleep apnea exercise physiology circulatory physiology physiological research motor control respiratory neurobiology nrem sleep episodic hypoxia arousal threshold endocrinology veterinary medicine physical medicine respiration (physiology) veterinary physiology blood pressure rehabilitation medicine long-term facilitation daily exposure loop gain experimental medicine animal science liver physiology sleep-related breathing disorders respiratory plasticity progressive augmentation avian biology carbon dioxide neurorehabilitation comparative physiology autonomic systems disease physiology sleep disorders object manipulation brain science exercise science awake humans sleep apnoea heart rate variability avian medicine educational psychology intensive care critical care nurse thoracic surgery arterial disease adolescence adolescent psychology clinical evidence clinical neuroscience cognitive electrophysiology human variation vision research physiological plasticity hemostasis sport physiology hyperthermia cardiac responses physiological regulation autonomic responses pineal research

Notable Scholarly Works

Notable Federal Grants

Collaborators

0856 Association of Naturally Occurring Mild Intermittent Hypoxemia and Health Outcomes in Sleep Apnea. SLEEP (2024)

Samer Bou JawdeNeda EsmaeiliScott SandsSusan RedlineJason MateikaAli Azarbarzin

mild intermittent hypoxemiasleep apneasleepsleep medicinehealth sciences

Is Sustained Hypercapnia Required to Initiate Plasticity in Humans Exposed to Mild Intermittent Hypoxia?. The Journal of Physiology (2024)

Jason H. MateikaRebecca BarokDylan M. Kissane

intermittent hypoxiaphysiological plasticityhypoxia (medicine)plasticityelectrophysiologyhuman physiologyphysiology

Mild Intermittent Hypoxia Acutely Exacerbates Autonomic Dysreflexia, but Improves Autonomic Function After Eight Days. Archives of Physical Medicine and Rehabilitation (2024)

Fei ZhaoLexi SolteszMegan HofmanJill WechtJason MateikaGino Panza

physical therapyhypoxia (medicine)autonomic functionneurosciencerespiratory medicineautonomic dysreflexianeurologyrehabilitationrehabilitation medicinephysical medicinemild intermittent hypoxia

Mild Intermittent Hypoxia Improves Autonomic Dysreflexia and Orthostatic Hypotension in a Participant With Motor Incomplete Spinal Cord Injury. Archives of Physical Medicine and Rehabilitation (2024)

Gino PanzaFei ZhaoLexi SolteszMegan HofmanJill WechtJason Mateika

physical therapyhypoxia (medicine)orthostatic hypotensionspinal cord injuryneurosciencerespiratory medicinephysiologyautonomic dysreflexiarehabilitationrehabilitation medicinephysical medicinemild intermittent hypoxia

Mild Intermittent Hypoxia Improves Hand Function in a Participant With Motor Incomplete Cervical Spinal Cord Injury. Archives of Physical Medicine and Rehabilitation (2024)

Megan HofmanFei ZhaoLexi SolteszJill WechtJason MateikaGino Panza

kinesiologyphysical therapyhypoxia (medicine)applied physiologymotor controlspinal cord injuryphysiologyexercise rehabilitationpain managementrehabilitationrehabilitation medicinephysical medicine

Plasticity of Minute Ventilation, but Not Blood Pressure in Participants With Motor Incomplete Spinal Cord Injury. Archives of Physical Medicine and Rehabilitation (2024)

Lexi SolteszFei ZhaoMegan HofmanJill WechtJason MateikaGino Panza

physical therapyminute ventilationcardiologyapplied physiologyrehabilitation medicinespinal cord injuryrespiratory medicinephysiologyrehabilitationventilationphysical medicineemergency medicine

Repeated Daily Exposure to Mild Intermittent Hypoxia (Dmih) Enhances the Critical Closing Pressure for 4 Weeks in Adults With Osa. Physiology (2024)

David EmmelaKirsten McDonaldDylan KissaneDanny HammoRebecca BarokJason Mateika

intermittent hypoxiahypoxia (medicine)clinical physiologycritical closing pressureelectrophysiologyneurosciencehuman physiologyphysiologycritical caredaily exposureneurophysiology

Repeated Daily Exposure to Mild Intermittent Hypoxia Increases the Auditory and Tactile Arousal Thresholds in Patients With Obstructive Sleep Apnea. Physiology (2024)

Danny HammoDylan KissaneDavid EmmelaRebecca BarokKirsten McDonaldJason Mateika

auditory physiologyintermittent hypoxiahypoxia (medicine)clinical physiologysleep medicineelectrophysiologytactile arousal thresholdshuman physiologyrespiratory medicinephysiologyobstructive sleep apneaneurophysiologyaudiology

Repeated Daily Exposure to Mild Intermittent Hypoxia Leads to a 8 Week Reduction in Blood Pressure and Improvement in Microvascular Function in Osa Patients With Hypertension. Physiology (2024)

Dylan KissaneDavid EmmelaRebecca BarokHo-Sheng LinJason Mateika

microvascular functionhuman physiologyrespiratory medicinecardiovascular researchosa patientsliver physiologycirculatory physiologyclinical physiologyelectrophysiologyblood pressureneurophysiologyepidemiologyemergency medicineapplied physiologyhypertensionphysiologyveterinary physiologyexercise physiologyendocrinologyshort-term variabilitydaily exposure

Repeated Exposure to Mild Intermittent Hypoxia Improves Walking Endurance in Osa Patients for 4 - 8 Weeks Post Therapy. Physiology (2024)

Rebecca BarokDylan KissaneDavid EmmelaDanny HammoHo-Sheng LinJason Mateika

hypoxia (medicine)human physiologyphysiologyrehabilitationosa patientsexercise physiology

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Jason Mateika

Professor; Graduate Officer; Associate Department Chair

Wayne State University

Affiliations

School of Medicine

Physiology

Jason Mateika is currently serving as a Physiology Professor; Graduate Officer; Associate Department Chair at Wayne State 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

Jason Mateika

Wayne State University

Professor; Graduate Officer; Associate Department Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

0856 Association of Naturally Occurring Mild Intermittent Hypoxemia and Health Outcomes in Sleep Apnea. SLEEP (2024)

Samer Bou JawdeNeda EsmaeiliScott SandsSusan RedlineJason MateikaAli Azarbarzin

mild intermittent hypoxemiasleep apneasleepsleep medicinehealth sciences

Is Sustained Hypercapnia Required to Initiate Plasticity in Humans Exposed to Mild Intermittent Hypoxia?. The Journal of Physiology (2024)

Jason H. MateikaRebecca BarokDylan M. Kissane

intermittent hypoxiaphysiological plasticityhypoxia (medicine)plasticityelectrophysiologyhuman physiologyphysiology

Mild Intermittent Hypoxia Acutely Exacerbates Autonomic Dysreflexia, but Improves Autonomic Function After Eight Days. Archives of Physical Medicine and Rehabilitation (2024)

Fei ZhaoLexi SolteszMegan HofmanJill WechtJason MateikaGino Panza

physical therapyhypoxia (medicine)autonomic functionneurosciencerespiratory medicineautonomic dysreflexianeurologyrehabilitationrehabilitation medicinephysical medicinemild intermittent hypoxia

Gino PanzaFei ZhaoLexi SolteszMegan HofmanJill WechtJason Mateika

Mild Intermittent Hypoxia Improves Hand Function in a Participant With Motor Incomplete Cervical Spinal Cord Injury. Archives of Physical Medicine and Rehabilitation (2024)

Megan HofmanFei ZhaoLexi SolteszJill WechtJason MateikaGino Panza

kinesiologyphysical therapyhypoxia (medicine)applied physiologymotor controlspinal cord injuryphysiologyexercise rehabilitationpain managementrehabilitationrehabilitation medicinephysical medicine

Plasticity of Minute Ventilation, but Not Blood Pressure in Participants With Motor Incomplete Spinal Cord Injury. Archives of Physical Medicine and Rehabilitation (2024)

Lexi SolteszFei ZhaoMegan HofmanJill WechtJason MateikaGino Panza

physical therapyminute ventilationcardiologyapplied physiologyrehabilitation medicinespinal cord injuryrespiratory medicinephysiologyrehabilitationventilationphysical medicineemergency medicine

Repeated Daily Exposure to Mild Intermittent Hypoxia (Dmih) Enhances the Critical Closing Pressure for 4 Weeks in Adults With Osa. Physiology (2024)

David EmmelaKirsten McDonaldDylan KissaneDanny HammoRebecca BarokJason Mateika

intermittent hypoxiahypoxia (medicine)clinical physiologycritical closing pressureelectrophysiologyneurosciencehuman physiologyphysiologycritical caredaily exposureneurophysiology

Repeated Daily Exposure to Mild Intermittent Hypoxia Increases the Auditory and Tactile Arousal Thresholds in Patients With Obstructive Sleep Apnea. Physiology (2024)

Danny HammoDylan KissaneDavid EmmelaRebecca BarokKirsten McDonaldJason Mateika

Repeated Daily Exposure to Mild Intermittent Hypoxia Leads to a 8 Week Reduction in Blood Pressure and Improvement in Microvascular Function in Osa Patients With Hypertension. Physiology (2024)

Dylan KissaneDavid EmmelaRebecca BarokHo-Sheng LinJason Mateika

Repeated Exposure to Mild Intermittent Hypoxia Improves Walking Endurance in Osa Patients for 4 - 8 Weeks Post Therapy. Physiology (2024)

Rebecca BarokDylan KissaneDavid EmmelaDanny HammoHo-Sheng LinJason Mateika

hypoxia (medicine)human physiologyphysiologyrehabilitationosa patientsexercise physiology

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5
12
10 / page

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Similar Faculty Members

David Mendelowitz

Institution

George Washington University

leptin receptor

pineal research

Noreen Rossi

Institution

Wayne State University

blood purification

nephrology

Anthony F. DiMarco

Institution

Case Western Reserve University

rehabilitation engineering

neural interface

M Safwan Badr, M.D.

Institution

Wayne State University

sleep medicine

sleep

Stephen DiCarlo

Institution

Michigan State University

physiology

cardiology

Thomas E. Dick

Institution

Case Western Reserve University

neuroscience

physiology

Stephen Lewis

Institution

Case Western Reserve University

autonomic neurophysiology

neuropsychopharmacology

David W Carley

Institution

University of Illinois Chicago

sleep-related breathing disorder

nervous system

Mark Chapleau

Institution

University of Iowa

neural mechanisms

neuropsychopharmacology

Thomas Clanton

Institution

University of Florida

heat stress

fluorescent imaging