Faculty

Institution

Unit

Venue

Donita Bylski-Austrow

Research Director Biomechanics Research Laboratory Professor

University of Cincinnati

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Donita Bylski-austrow is currently serving as a Biomedical Engineering Research Director Biomechanics Research Laboratory Professor at University of Cincinnati.

Honors

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Experiences

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Education

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Donita Bylski-Austrow

University of Cincinnati

Research Director Biomechanics Research Laboratory Professor

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orthopaedic surgery orthopedic surgery rehabilitation biomechanics scoliosis mechanical engineering orthopedic biomechanics physiology spinal biomechanics spine surgery spine deformities human movement orthopaedic research spinal cord medicine spinal cord mechanical study athletic training biomechanical engineering musculoskeletal disorders mechanical science upper extremity spinal hemiepiphysiodesis knee surgery musculoskeletal research pediatric orthopedic surgery cervical spine thoracic spine spinal trauma disc annulus tissue engineering kinematics exercise physiology sport physical therapy thoracic surgery vascular biology health technology medical physics musculoskeletal surgery musculoskeletal science musculoskeletal function pediatric surgery polymer stability pediatric spine lumbar spine anterior cruciate ligament growth plate forces epiphyseal staples adolescent human knee polymer rod constructs growth modulation techniques bone research physical medicine anesthesia neurosurgery echocardiography radiation effects radiation biology lower limb trauma sensor design implantable devices movement analysis durability performance medical technology spinal disorders regional anesthesia intervertebral disc compression (physics) mechanical behavior mechanical deformation gamma irradiation initial tension flexion angle femoral attachment location direct measurements joint load human knees bone density anatomy bone growth

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spine Growth Modulation With Titanium Implant: Comparisons to Observation and Bracing in Early Adolescent Idiopathic Scoliosis. Studies in health technology and informatics (2021)

DI Bylski-AustrowLA Dolan

spine growth modulationspinal biomechanicsmedical technologyhealth informaticsorthopedic surgerywearable technologyorthopaedic surgeryscoliosistitanium implanthealth technologyrehabilitationhealth sciencesadolescent health

Spine Growth Modulation in Early Adolescent Idiopathic Scoliosis: Prospective Us FDA Ide Pilot Study of Titanium Clip-Screw Implant at Two to Five Years. Spine Deformity (2019)

Eric J. WallViral V. JainAlvin H. CrawfordDonita I. Bylski-AustrowJoseph E. Reynolds

spine growth modulationorthopedic surgerytitanium clip-screw implantorthopaedic surgeryscoliosisspine deformitiesrehabilitation

Observed Length Increases of Magnetically Controlled Growing Rods Are Lower Than Programmed. Journal of Pediatric Orthopaedics (2018)

Sarah E. GildayMark S. SchwartzDonita I. Bylski-AustrowDavid L. GlosLindsay SchultzSara O’HaraViral V. JainPeter F. Sturm

rehabilitationobserved length increasesorthopedic surgerypediatricsorthopaedic surgerypediatric orthopedic surgerypediatric surgerypediatric spinemotor control

Scoliosis Vertebral Growth Plate Histomorphometry: Comparisons to Controls, Growth Rates, and Compressive Stresses. Journal of Orthopaedic Research® (2018)

Donita I. Bylski‐AustrowDavid L. GlosEric J. WallAlvin H. Crawford

orthopaedic researchgrowth ratesorthopedic biomechanicsorthopedic surgeryorthopaedic surgeryscoliosiscompressive stressesrehabilitation

Spine Growth Modulation in Early Adolescent Idiopathic Scoliosis: Two-Year Results of Prospective Us FDA Ide Pilot Clinical Safety Study of Titanium Clip-Screw Implant. Spine Deformity (2017)

Eric J. WallJoseph E. ReynoldsViral V. JainDonita I. Bylski-AustrowGeorge H. ThompsonPaul J. SamuelsSean J. BarnettAlvin H. Crawford

spine growth modulationspine surgeryorthopedic surgerytitanium clip-screw implantorthopaedic surgeryscoliosisspine deformitiesphysiologydeformationrehabilitation

Flexible Growing Rods: A Biomechanical Pilot Study of Polymer Rod Constructs in the Stability of Skeletally Immature Spines. Scoliosis and Spinal Disorders (2016)

Donita I. Bylski-AustrowDavid L. GlosAnne C. BonifasMax F. CarvalhoMatthew C. CoombsPeter F. Sturm

spinal cord medicinespinal biomechanicsdurability performancepolymer stabilityorthopedic surgeryspinal cord injuryorthopaedic surgeryscoliosispolymer rod constructsupper extremityspinal cordrehabilitationbiomechanicsbiomechanical pilot studymechanical engineering

Paper #17 Magnetically Controlled Growing Rods: Observed Length Increases Are Lower Than Programmed. Spine Deformity (2016)

Sarah GildayPeter SturmViral JainMark SchwartzDonita Bylski-AustrowDavid GlosLindsay SchultzSara O'Hara

cervical spineobserved length increasesmotor controlorthopaedic surgeryspine deformitiesdeformationrehabilitation

Flexible Growing Rods: A Pilot Study to Determine If Polymer Rod Constructs May Provide Stability to Skeletally Immature Spines. Scoliosis (2015)

Donita I Bylski-AustrowDavid L GlosAnne C BonifasMax F CarvalhoMatthew T CoombsPeter F Sturm

polymer stabilityorthopedic surgeryscoliosisorthopaedic surgerypolymer rod constructspilot studyrehabilitationmechanical engineering

Flexible Growing Rods: Polymer Rods Provide Stability to Skeletally Immature Spines. Scoliosis (2015)

Donita I Bylski-AustrowDavid L GlosAnne C BonifasMax F CarvalhoMatthew T CoombsPeter F Sturm

scoliosisorthopaedic surgerymaterials sciencepolymer sciencepolymer rodsmechanical engineering

Growth Modulation Techniques: Titanium Clip-Screw Implant System (Hemibridge). Springer eBooks (2015)

Eric J. WallDonita I. Bylski-AustrowJoseph E. ReynoldsAlvin H. CrawfordViral V. JainGeorge H. Thompson

engineeringneural engineeringgrowth modulation techniquesbiomedical engineeringmechanical engineering

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Donita Bylski-Austrow

Research Director Biomechanics Research Laboratory Professor

University of Cincinnati

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Donita Bylski-austrow is currently serving as a Biomedical Engineering Research Director Biomechanics Research Laboratory Professor at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Donita Bylski-Austrow

University of Cincinnati

Research Director Biomechanics Research Laboratory Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spine Growth Modulation With Titanium Implant: Comparisons to Observation and Bracing in Early Adolescent Idiopathic Scoliosis. Studies in health technology and informatics (2021)

DI Bylski-AustrowLA Dolan

Spine Growth Modulation in Early Adolescent Idiopathic Scoliosis: Prospective Us FDA Ide Pilot Study of Titanium Clip-Screw Implant at Two to Five Years. Spine Deformity (2019)

Eric J. WallViral V. JainAlvin H. CrawfordDonita I. Bylski-AustrowJoseph E. Reynolds

spine growth modulationorthopedic surgerytitanium clip-screw implantorthopaedic surgeryscoliosisspine deformitiesrehabilitation

Observed Length Increases of Magnetically Controlled Growing Rods Are Lower Than Programmed. Journal of Pediatric Orthopaedics (2018)

Sarah E. GildayMark S. SchwartzDonita I. Bylski-AustrowDavid L. GlosLindsay SchultzSara O’HaraViral V. JainPeter F. Sturm

rehabilitationobserved length increasesorthopedic surgerypediatricsorthopaedic surgerypediatric orthopedic surgerypediatric surgerypediatric spinemotor control

Scoliosis Vertebral Growth Plate Histomorphometry: Comparisons to Controls, Growth Rates, and Compressive Stresses. Journal of Orthopaedic Research® (2018)

Donita I. Bylski‐AustrowDavid L. GlosEric J. WallAlvin H. Crawford

orthopaedic researchgrowth ratesorthopedic biomechanicsorthopedic surgeryorthopaedic surgeryscoliosiscompressive stressesrehabilitation

Spine Growth Modulation in Early Adolescent Idiopathic Scoliosis: Two-Year Results of Prospective Us FDA Ide Pilot Clinical Safety Study of Titanium Clip-Screw Implant. Spine Deformity (2017)

Eric J. WallJoseph E. ReynoldsViral V. JainDonita I. Bylski-AustrowGeorge H. ThompsonPaul J. SamuelsSean J. BarnettAlvin H. Crawford

spine growth modulationspine surgeryorthopedic surgerytitanium clip-screw implantorthopaedic surgeryscoliosisspine deformitiesphysiologydeformationrehabilitation

Flexible Growing Rods: A Biomechanical Pilot Study of Polymer Rod Constructs in the Stability of Skeletally Immature Spines. Scoliosis and Spinal Disorders (2016)

Donita I. Bylski-AustrowDavid L. GlosAnne C. BonifasMax F. CarvalhoMatthew C. CoombsPeter F. Sturm

Paper #17 Magnetically Controlled Growing Rods: Observed Length Increases Are Lower Than Programmed. Spine Deformity (2016)

Sarah GildayPeter SturmViral JainMark SchwartzDonita Bylski-AustrowDavid GlosLindsay SchultzSara O'Hara

cervical spineobserved length increasesmotor controlorthopaedic surgeryspine deformitiesdeformationrehabilitation

Flexible Growing Rods: A Pilot Study to Determine If Polymer Rod Constructs May Provide Stability to Skeletally Immature Spines. Scoliosis (2015)

Donita I Bylski-AustrowDavid L GlosAnne C BonifasMax F CarvalhoMatthew T CoombsPeter F Sturm

polymer stabilityorthopedic surgeryscoliosisorthopaedic surgerypolymer rod constructspilot studyrehabilitationmechanical engineering

Flexible Growing Rods: Polymer Rods Provide Stability to Skeletally Immature Spines. Scoliosis (2015)

Donita I Bylski-AustrowDavid L GlosAnne C BonifasMax F CarvalhoMatthew T CoombsPeter F Sturm

scoliosisorthopaedic surgerymaterials sciencepolymer sciencepolymer rodsmechanical engineering

Growth Modulation Techniques: Titanium Clip-Screw Implant System (Hemibridge). Springer eBooks (2015)

Eric J. WallDonita I. Bylski-AustrowJoseph E. ReynoldsAlvin H. CrawfordViral V. JainGeorge H. Thompson

engineeringneural engineeringgrowth modulation techniquesbiomedical engineeringmechanical engineering

1
2
3
4
5
10 / page

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physiological measurement

rehabilitation

Erin Mannen

Institution

Boise State University

musculoskeletal disorder

pediatrics

Nicole M. Grosland

Institution

University of Iowa

arthroplasty

orthopaedic surgery

Terence E. McIff

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University of Kansas

mechanical testing

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orthopaedic surgery

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Medical College of Wisconsin

pediatric sports medicine

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