Faculty

Institution

Unit

Venue

Michael Butcher

Youngstown State University

Affiliations

Beeghly College of Liberal Arts, Social Sciences, and Education

Department Of Sociology And Anthropology

Department of Africana Studies

Department of Women's and Gender Studies

Humanities & Social Sciences

Bitonte College of Health and Human Services

Excercise Science

Human Services

Williamson College of Business Administration

Center For Nonprofit Leadership

College of Science, Technology, Engineering, and Mathematics

Physics & Astronomy

Department Of Educational Leadership

NoneMichael Butcher is currently serving as a Beeghly College Of Liberal Arts, Social Sciences, And Education faculty at Youngstown State University.

Honors

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Experiences

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Education

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Michael Butcher

Youngstown State University

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biomechanics physiology animal physiology evolutionary biology human movement kinesiology morphology (biology) mammalian biology orthopedic biomechanics biology anatomy motor control exercise physiology bone research animal behavior avian biology zoology comparative physiology experimental biology musculoskeletal science vertebrate paleontology livestock science animal science experimental botany applied physiology orthopaedic research axial skeleton mammalian physiology animal performance movement ecology experimental biophysics human physiology rodent ecology muscle fibers tensile strength kinematics orthopedic surgery experimental medicine musculoskeletal disorders physiological measurements sport physical therapy taphonomy motor behavior avian locomotion spinal biomechanics morphological evidence skeletal muscle fragmentation effect musculoskeletal research tendon injuries human musculoskeletal system integrative biology breeding behavior physiological research veterinary physiology higher education teaching integrative learning wildlife biology functional osteology muscle architectural hypotheses contractile behavior forelimb digital flexors steady-state locomotion equus caballus evolutionary implications tegu lizards evolutionary shifts terrestrial locomotion testing hypotheses virginia opossum mammalian bone loading contractile properties

Notable Scholarly Works

Notable Federal Grants

Collaborators

Does a Suspensory Lifestyle Result in Increased Tensile Strength? Organ-Level Material Properties of Sloth Limb Bones. Journal of Experimental Biology (2022)

Angela M. MossorJesse W. YoungMichael T. Butcher

tensile strengthhuman movementorthopaedic researchsynthetic biologyorgan-level material propertiessloth limb bonesbone researchbiomechanicsphysiologymechanical propertiesfragmentation effectexperimental biophysicsskeletal muscleexperimental biologyorthopaedic surgerymusculoskeletal researchexperimental medicinemechanics of materialsmaterials science

Only the Good Die Old? Ontogenetic Determinants of Locomotor Performance in Eastern Cottontail Rabbits ( Sylvilagus Floridanus ). Integrative Organismal Biology (2022)

Jesse W YoungAdam D FosterGabrielle A RussoGregory A SmithMichael T Butcher

movement ecologyanimal sciencelocomotor performanceanimal performanceanimal physiologyphysiologybiological anthropologyintegrative biologydevelopmental biologyavian biologyrodent ecologyeastern cottontail rabbitsanimal behaviorevolutionary biologybreeding behaviorlivestock scienceentomologybiomechanics

A Horse of a Different Color?: Tensile Strength and Elasticity of Sloth Flexor Tendons. Integrative Organismal Biology (2020)

sloth flexor tendonstensile strengthdifferent coloranatomyorthopaedic researchorthopaedic surgerymechanical engineeringkinesiologymorphology (biology)human musculoskeletal systembiomechanical engineeringmusculoskeletal disorderstendon injuriesbiomechanics

Development of an Integrative Biomechanics Course for Stem Majors. (2020)

engineering educationintegrative learningeducationstem educationkinesiologyhigher educationhigher education teachingbiomechanical engineeringintegrative biomechanics coursebiomechanics

Forelimb Myology of Armadillos (Xenarthra: Cingulata, Chlamyphoridae): Anatomical Correlates With Fossorial Ability. Journal of Anatomy (2020)

morphologyvertebrate paleontologyzoologyevolutionary ecologyanatomymorphological evidencebiologymorphology (biology)anatomical correlatesevolutionary biologyaxial skeletonforelimb myologyfossorial ability

Cover Image. The Anatomical Record (2014)

Frequency Dependence of Power and Its Implications for Contractile Function of Muscle Fibers From the Digital Flexors of Horses. Physiological Reports (2014)

Michael T. ButcherJohn E.A. BertramDouglas A. SymeJohn W. HermansonP. Bryant Chase

exercise physiologydigital flexorshuman movementcontractile functionneurophysiologyfrequency dependenceveterinary physiologymuscle fibersbiomechanicsphysiological researchanimal physiologyphysiologyathletic trainingphysiological measurementsapplied physiologyhuman physiologyrehabilitationbiophysicssport physical therapyorthopedic biomechanicsmusculoskeletal science

Functional Osteology of the Forelimb Digging Apparatus of Badgers. Journal of Mammalogy (2014)

biomechanicsvertebrate paleontologyzoologyanatomybiologymorphology (biology)axial skeletonfunctional osteologytaphonomybone research

Functional Specialization in the Forelimbs of Two Digging Mammals: The American Badger (Taxidea Taxus) and Groundhog (Marmota Monax). The FASEB Journal (2011)

taxidea taxuszoologyevolutionary ecologywildlife biologybiologyrodent ecologyfunctional specializationmorphology (biology)evolutionary biologyamerican badgermammalian biologyecology and evolutionary biology

In Vivo Strains in the Femur of the Virginia Opossum ( Didelphis Virginiana ) During Terrestrial Locomotion: Testing Hypotheses of Evolutionary Shifts in Mammalian Bone Loading and Design. Journal of Experimental Biology (2011)

Michael T. ButcherBartholomew J. WhiteNathan B. HudzikW. Casey GosnellJohn H. A. ParrishRichard W. Blob

evolutionary shiftshuman movementvirginia opossumavian biologybone researchbiomechanicsanimal physiologyphysiologymammalian bone loadingmorphogenesisexperimental botanyorthopedic surgeryexperimental biophysicsspinal biomechanicstissue (biology)biophysicsexperimental biologytesting hypothesesterrestrial locomotionorthopedic biomechanicsevolutionary biologymammalian biologymusculoskeletal science

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Michael Butcher

Youngstown State University

Affiliations

Beeghly College of Liberal Arts, Social Sciences, and Education

Department Of Sociology And Anthropology

Department of Africana Studies

Department of Women's and Gender Studies

Humanities & Social Sciences

Bitonte College of Health and Human Services

Excercise Science

Human Services

Williamson College of Business Administration

Center For Nonprofit Leadership

College of Science, Technology, Engineering, and Mathematics

Physics & Astronomy

Department Of Educational Leadership

NoneMichael Butcher is currently serving as a Beeghly College Of Liberal Arts, Social Sciences, And Education faculty at Youngstown 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

Michael Butcher

Youngstown State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Does a Suspensory Lifestyle Result in Increased Tensile Strength? Organ-Level Material Properties of Sloth Limb Bones. Journal of Experimental Biology (2022)

Angela M. MossorJesse W. YoungMichael T. Butcher

Only the Good Die Old? Ontogenetic Determinants of Locomotor Performance in Eastern Cottontail Rabbits ( Sylvilagus Floridanus ). Integrative Organismal Biology (2022)

Jesse W YoungAdam D FosterGabrielle A RussoGregory A SmithMichael T Butcher

A Horse of a Different Color?: Tensile Strength and Elasticity of Sloth Flexor Tendons. Integrative Organismal Biology (2020)

Development of an Integrative Biomechanics Course for Stem Majors. (2020)

engineering educationintegrative learningeducationstem educationkinesiologyhigher educationhigher education teachingbiomechanical engineeringintegrative biomechanics coursebiomechanics

Forelimb Myology of Armadillos (Xenarthra: Cingulata, Chlamyphoridae): Anatomical Correlates With Fossorial Ability. Journal of Anatomy (2020)

Cover Image. The Anatomical Record (2014)

Frequency Dependence of Power and Its Implications for Contractile Function of Muscle Fibers From the Digital Flexors of Horses. Physiological Reports (2014)

Michael T. ButcherJohn E.A. BertramDouglas A. SymeJohn W. HermansonP. Bryant Chase

Functional Osteology of the Forelimb Digging Apparatus of Badgers. Journal of Mammalogy (2014)

biomechanicsvertebrate paleontologyzoologyanatomybiologymorphology (biology)axial skeletonfunctional osteologytaphonomybone research

Functional Specialization in the Forelimbs of Two Digging Mammals: The American Badger (Taxidea Taxus) and Groundhog (Marmota Monax). The FASEB Journal (2011)

Michael T. ButcherBartholomew J. WhiteNathan B. HudzikW. Casey GosnellJohn H. A. ParrishRichard W. Blob

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