Faculty

Institution

Unit

Venue

J. Christopher Fritton

Assistant Professor

New Jersey Institute of Technology

Affiliations

Newark College of Engineering

Department of Biomedical Engineering

J. Christopher Fritton is currently serving as a Biomedical Engineering Assistant Professor at New Jersey Institute of Technology.

Honors

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Experiences

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Education

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J. Christopher Fritton

New Jersey Institute of Technology

Assistant Professor

You can click a keyword to filter the displayed items

orthopaedic surgery bone research physiology regenerative medicine orthopedic surgery biomechanics orthopaedic research atypical fractures medicine osteoporosis mammalian biology bone metabolism cyclic loading cortical bone tissue genetics mechanobiology tissue (biology) endocrinology cell and molecular biology animal physiology protein science vascular biology oral pathology oral medicine oral radiology mechanical science applied physiology physical medicine bone density bone imaging mineral metabolism selenium deficiency spinal fusion musculoskeletal science cell biomechanics spinal biomechanics orthopedic biomechanics multicellular systems mineral content microcomputed tomography mouse tibia cortical bone microporosity estrogen deficiency biological mechanisms rat model insulin-mimetic properties long-term bisphosphonate treatment osteonal fatigue life lamellar thickness basic multicellular unit kinesiology bone mechanics bone fracture fracture healing

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Effects of Estrogen Deficiency on Cortical Bone Microporosity and Mineralization. Bone (2018)

Divya SharmaAdriana I. LarrieraPaolo E. Palacio-ManchenoVittorio GattiJ. Christopher FrittonTimothy G. BromageLuis CardosoStephen B. DotySusannah P. Fritton

physiologymedicinebone metabolismestrogen deficiencyregenerative medicineendocrinologyselenium deficiencybone researchorthopaedic surgerycortical bone microporosityorthopaedic research

Effects of the Basic Multicellular Unit and Lamellar Thickness on Osteonal Fatigue Life. Journal of Biomechanics (2017)

George PellegrinoMax RomanJ. Christopher Fritton

physical medicinerehabilitationcell biomechanicsmulticellular systemsbasic multicellular unitosteonal fatigue lifestructural biologybone researchlamellar thicknessregenerative medicinemusculoskeletal scienceorthopedic biomechanicsbiomechanicsmechanical sciencephysiologybiomechanical engineeringspinal biomechanicsbiophysicsapplied physiologymechanicsorthopaedic research

Zinc Has Insulin-Mimetic Properties Which Enhance Spinal Fusion in a Rat Model. The Spine Journal (2016)

John D. KoernerMichael J. VivesJ. Patrick O'ConnorPaul ChirichellaEric A. BreitbartSaad B. ChaudharyLinda UkoSangeeta SubramanianJ.C. FrittonJoseph BeneveniaSheldon S. Lin

physiologygene expressionpharmacologyregenerative medicinevascular biologygeneticsmammalian biologyspinal fusionrat modelorthopedic surgerycell and molecular biologyinsulin-mimetic propertiesprotein science

American Society of Biomechanics Journal of Biomechanics Award 2013: Cortical Bone Tissue Mechanical Quality and Biological Mechanisms Possibly Underlying Atypical Fractures. Journal of Biomechanics (2015)

Joseph R. GeisslerDevendra BajajJ. Christopher Fritton

biological mechanismsbiomechanicsorthopaedic surgeryatypical fractures

Corrigendum to “the Resistance of Cortical Bone Tissue to Failure Under Cyclic Loading is Reduced With Alendronate”[Bone 64 (2014) 57–64]. Bone (2015)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ.C. Fritton

physiologyregenerative medicinecyclic loadingorthopedic surgerycortical bone tissuebone researchorthopaedic surgery

Response to Courtney Et Al.. Bone (2015)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ. Christopher Fritton

orthopedic surgeryorthopaedic surgerybone research

The Resistance of Cortical Bone Tissue to Failure Under Cyclic Loading is Reduced With Alendronate. PMC (2014)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ. Christopher Fritton

medicineregenerative medicinebone researchcyclic loadingcortical bone tissueneuroscienceorthopaedic surgery

Atypical Dental Implant Failure With Long-Term Bisphosphonate Treatment—Akin to Atypical Fractures?. Oral Surgery Oral Medicine Oral Pathology and Oral Radiology (2012)

Gayathri SubramanianJ. Christopher FrittonShankar IyerSamuel Y.P. Quek

dermatologyoral pathologyoral medicineatypical fracturesoral radiologylong-term bisphosphonate treatment

Osteonecrosis and Atypical Fractures—Common Origins?. Osteoporosis International (2012)

G. SubramanianJ. C. FrittonS. Y. P. Quek

orthopedic surgeryosteoporosisorthopaedic surgeryatypical fractures

Loading Induces Site-Specific Increases in Mineral Content Assessed by Microcomputed Tomography of the Mouse Tibia. Bone (2005)

J FRITTONE MYERST WRIGHTM VANDERMEULEN

physiologymicrocomputed tomographybone metabolismbone densitytissue (biology)animal physiologymammalian biologymineral metabolismmouse tibiamechanobiologyosteoporosismineral contentbone imagingbiomechanicsbone researchorthopaedic surgeryorthopaedic research

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J. Christopher Fritton

Assistant Professor

New Jersey Institute of Technology

Affiliations

Newark College of Engineering

Department of Biomedical Engineering

J. Christopher Fritton is currently serving as a Biomedical Engineering Assistant Professor at New Jersey Institute of Technology.

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. Christopher Fritton

New Jersey Institute of Technology

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Effects of Estrogen Deficiency on Cortical Bone Microporosity and Mineralization. Bone (2018)

Divya SharmaAdriana I. LarrieraPaolo E. Palacio-ManchenoVittorio GattiJ. Christopher FrittonTimothy G. BromageLuis CardosoStephen B. DotySusannah P. Fritton

physiologymedicinebone metabolismestrogen deficiencyregenerative medicineendocrinologyselenium deficiencybone researchorthopaedic surgerycortical bone microporosityorthopaedic research

Effects of the Basic Multicellular Unit and Lamellar Thickness on Osteonal Fatigue Life. Journal of Biomechanics (2017)

George PellegrinoMax RomanJ. Christopher Fritton

Zinc Has Insulin-Mimetic Properties Which Enhance Spinal Fusion in a Rat Model. The Spine Journal (2016)

John D. KoernerMichael J. VivesJ. Patrick O'ConnorPaul ChirichellaEric A. BreitbartSaad B. ChaudharyLinda UkoSangeeta SubramanianJ.C. FrittonJoseph BeneveniaSheldon S. Lin

Joseph R. GeisslerDevendra BajajJ. Christopher Fritton

biological mechanismsbiomechanicsorthopaedic surgeryatypical fractures

Corrigendum to “the Resistance of Cortical Bone Tissue to Failure Under Cyclic Loading is Reduced With Alendronate”[Bone 64 (2014) 57–64]. Bone (2015)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ.C. Fritton

physiologyregenerative medicinecyclic loadingorthopedic surgerycortical bone tissuebone researchorthopaedic surgery

Response to Courtney Et Al.. Bone (2015)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ. Christopher Fritton

orthopedic surgeryorthopaedic surgerybone research

The Resistance of Cortical Bone Tissue to Failure Under Cyclic Loading is Reduced With Alendronate. PMC (2014)

Devendra BajajJoseph R. GeisslerMatthew R. AllenDavid B. BurrJ. Christopher Fritton

medicineregenerative medicinebone researchcyclic loadingcortical bone tissueneuroscienceorthopaedic surgery

Atypical Dental Implant Failure With Long-Term Bisphosphonate Treatment—Akin to Atypical Fractures?. Oral Surgery Oral Medicine Oral Pathology and Oral Radiology (2012)

Gayathri SubramanianJ. Christopher FrittonShankar IyerSamuel Y.P. Quek

dermatologyoral pathologyoral medicineatypical fracturesoral radiologylong-term bisphosphonate treatment

Osteonecrosis and Atypical Fractures—Common Origins?. Osteoporosis International (2012)

G. SubramanianJ. C. FrittonS. Y. P. Quek

orthopedic surgeryosteoporosisorthopaedic surgeryatypical fractures

Loading Induces Site-Specific Increases in Mineral Content Assessed by Microcomputed Tomography of the Mouse Tibia. Bone (2005)

J FRITTONE MYERST WRIGHTM VANDERMEULEN

1
10 / page

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University of Arizona

bone biomechanics

regenerative medicine

Alesha B. Castillo, PhD

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Sandra Shefelbine

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Northeastern University

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developmental biology

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