Faculty

Institution

Unit

Venue

Susannah Fritton

Professor Deputy Chair

CUNY City College

Affiliations

the Grove School of Engineering

Biomedical Engineering

Susannah Fritton is currently serving as a Biomedical Engineering Professor Deputy Chair at Cuny City College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Susannah Fritton

CUNY City College

Professor Deputy Chair

You can click a keyword to filter the displayed items

physiology bone research biomechanics orthopedic biomechanics regenerative medicine orthopaedic research biophysics neuroscience orthopedic surgery orthopaedic surgery tissue engineering animal physiology mechanobiology anatomy mechanical science bone homeostasis cell biomechanics osteoporosis mechanics applied physiology avian biology mammalian biology bone density musculoskeletal science bone metabolism fluid flow biomedical imaging ornithology mechanotransduction bone imaging skeletal imaging mechanical modeling spinal biomechanics bone adaptation mechanical loading avian bone response fluid science musculoskeletal disorders histopathology physical medicine numerical simulations animal science membrane transport hydraulics fluid-solid interactions fluid machinery axial skeleton in vivo systems bone remodeling bone repair bone health bone disease 3d imaging 3d body scanning computed tomography tissue imaging selenium deficiency mammalian physiology skeletal muscle dental biomechanics bioengineering model endocrine research low-magnitude strains strain history spatial uniformity solute transport flow-induced mechanotransduction interstitial fluid flow bone porosity bone permeability torsional loading interstitial fluid pathway osteocyte lacunar-canalicular microenvironment fluid pressure relaxation oscillatory bending experiment bone fracture surgery mechanical signal transduction osteopathy bone tumors bone mechanics drug transport estrogen deficiency

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interstitial Fluid Velocity is Decreased Around Cortical Bone Vascular Pores and Depends on Osteocyte Position in a Rat Model of Disuse Osteoporosis. Biomechanics and Modeling in Mechanobiology (2021)

Vittorio GattiMichelle J. GelbsRodrigo B. GuerraMichael B. GerberSusannah P. Fritton

osteoporosisneurosciencemechanical sciencedisuse osteoporosismechanobiologyinterstitial fluid velocitybone researchbiomechanicsvascular biologyanimal physiologyphysiologyrat modelapplied physiologyosteocyte positionspinal biomechanicsbiophysicsregenerative medicinedental biomechanicscell biomechanicsorthopedic biomechanicsmechanicsmusculoskeletal science

Botox‐Induced Muscle Paralysis Alters Intracortical Porosity and Osteocyte Lacunar Density in Skeletally Mature Rats. Journal of Orthopaedic Research® (2019)

Vittorio GattiBishoy GhobryalMichelle J. GelbsMichael B. GerberStephen B. DotyLuis CardosoSusannah P. Fritton

exercise physiologyregenerative medicineanimal physiologyphysiologyorthopaedic researchorthopedic biomechanicsorthopaedic surgeryorthopedic surgeryavian biologymammalian physiologyneurophysiologymembrane biologypharmacologyskeletal muscleosteocyte lacunar densitymammalian biologymature ratsornithology

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

cortical bone microporosityregenerative medicinephysiologyorthopaedic researchorthopaedic surgeryselenium deficiencybone metabolismmedicineendocrinologyestrogen deficiencybone research

Microstructural Changes Associated With Osteoporosis Negatively Affect Loading-Induced Fluid Flow Around Osteocytes in Cortical Bone. Journal of Biomechanics (2017)

Vittorio GattiEvan M. AzoulaySusannah P. Fritton

bone densityosteoporosisphysical medicinefluid floworthopaedic researchneurosciencemechanical sciencebone researchbiomechanicsphysiologycell biologymicrostructurebone homeostasisregenerative medicinecell biomechanicsorthopedic biomechanicscortical bonemicrostructural changesmechanicsmusculoskeletal science

Lactation‐Induced Changes in the Volume of Osteocyte Lacunar‐Canalicular Space Alter Mechanical Properties in Cortical Bone Tissue. Journal of Bone and Mineral Research (2016)

Serra KayaJelena Basta-PljakicZeynep Seref-FerlengezRobert J MajeskaLuis CardosoTimothy G BromageQihong ZhangCarol R FlachRichard MendelsohnShoshana YakarSusannah P FrittonMitchell B Schaffler

bone densityregenerative medicinelactation-induced changesanatomyorthopaedic researchcortical bone tissueneuroscienceorthopedic surgeryorthopaedic surgerymechanical engineeringbone homeostasisbone researchmusculoskeletal sciencetissue engineeringbiomechanics

3D Assessment of Cortical Bone Porosity and Tissue Mineral Density Using High-Resolution µCt: Effects of Resolution and Threshold Method. Journal of Bone and Mineral Research (2013)

Paolo E Palacio-ManchenoAdriana I LarrieraStephen B DotyLuis CardosoSusannah P Fritton

high-resolution uctorthopaedic researchneurosciencecortical bone porositytissue mineral densitybiomedical imagingbone researchthreshold methodbone imaginganatomyradiology3d imagingskeletal imaging3d body scanningmedical imagingcomputed tomographyorthopedic surgeryneuroimagingstructural biologymaterials science

Dynamic Permeability of the Lacunar–Canalicular System in Human Cortical Bone. Biomechanics and Modeling in Mechanobiology (2013)

M. BenallaP. E. Palacio-ManchenoS. P. FrittonL. CardosoS. C. Cowin

human movementorthopaedic researchneurosciencemechanical sciencemechanobiologybone researchmechanical modelingbiomechanicsphysiologymechanotransductiondynamic permeabilitybiomechanical engineeringapplied physiologyspinal biomechanicsbiophysicshuman cortical bonecell biomechanicsorthopedic biomechanicslacunar-canalicular systemmechanics

Ovariectomy Enhances Mechanical Load-Induced Solute Transport Around Osteocytes in Rat Cancellous Bone. Bone (2013)

Cesare CianiDivya SharmaStephen B. DotySusannah P. Fritton

animal physiologyphysiologyorthopedic biomechanicsorthopaedic surgeryorthopedic surgerymechanical engineeringrat cancellous bonemammalian biologybone researchtissue engineeringbiomechanics

Advances in Assessment of Bone Porosity, Permeability and Interstitial Fluid Flow. Journal of Biomechanics (2012)

Luis CardosoSusannah P. FrittonGaffar GailaniMohammed BenallaStephen C. Cowin

biophysicsinterstitial fluid flowphysiologybone porosityorthopedic biomechanicsmaterials sciencebiomechanics

Alterations in the Osteocyte Lacunar–Canalicular Microenvironment Due to Estrogen Deficiency. Bone (2012)

Divya SharmaCesare CianiPaula A. Ramirez MarinJessica D. LevyStephen B. DotySusannah P. Fritton

regenerative medicineosteoporosisbone healthphysiologyorthopaedic researchorthopaedic surgeryorthopedic surgerybone diseasebone metabolismbone homeostasisosteocyte lacunar-canalicular microenvironmentmedicineendocrinologymusculoskeletal disordersbone repairbone research

1
2
3
10 / page

Susannah Fritton

Professor Deputy Chair

CUNY City College

Affiliations

the Grove School of Engineering

Biomedical Engineering

Susannah Fritton is currently serving as a Biomedical Engineering Professor Deputy Chair at Cuny City College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Susannah Fritton

CUNY City College

Professor Deputy Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vittorio GattiMichelle J. GelbsRodrigo B. GuerraMichael B. GerberSusannah P. Fritton

Botox‐Induced Muscle Paralysis Alters Intracortical Porosity and Osteocyte Lacunar Density in Skeletally Mature Rats. Journal of Orthopaedic Research® (2019)

Vittorio GattiBishoy GhobryalMichelle J. GelbsMichael B. GerberStephen B. DotyLuis CardosoSusannah P. Fritton

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

cortical bone microporosityregenerative medicinephysiologyorthopaedic researchorthopaedic surgeryselenium deficiencybone metabolismmedicineendocrinologyestrogen deficiencybone research

Microstructural Changes Associated With Osteoporosis Negatively Affect Loading-Induced Fluid Flow Around Osteocytes in Cortical Bone. Journal of Biomechanics (2017)

Vittorio GattiEvan M. AzoulaySusannah P. Fritton

Lactation‐Induced Changes in the Volume of Osteocyte Lacunar‐Canalicular Space Alter Mechanical Properties in Cortical Bone Tissue. Journal of Bone and Mineral Research (2016)

Serra KayaJelena Basta-PljakicZeynep Seref-FerlengezRobert J MajeskaLuis CardosoTimothy G BromageQihong ZhangCarol R FlachRichard MendelsohnShoshana YakarSusannah P FrittonMitchell B Schaffler

3D Assessment of Cortical Bone Porosity and Tissue Mineral Density Using High-Resolution µCt: Effects of Resolution and Threshold Method. Journal of Bone and Mineral Research (2013)

Paolo E Palacio-ManchenoAdriana I LarrieraStephen B DotyLuis CardosoSusannah P Fritton

Dynamic Permeability of the Lacunar–Canalicular System in Human Cortical Bone. Biomechanics and Modeling in Mechanobiology (2013)

M. BenallaP. E. Palacio-ManchenoS. P. FrittonL. CardosoS. C. Cowin

Ovariectomy Enhances Mechanical Load-Induced Solute Transport Around Osteocytes in Rat Cancellous Bone. Bone (2013)

Cesare CianiDivya SharmaStephen B. DotySusannah P. Fritton

animal physiologyphysiologyorthopedic biomechanicsorthopaedic surgeryorthopedic surgerymechanical engineeringrat cancellous bonemammalian biologybone researchtissue engineeringbiomechanics

Advances in Assessment of Bone Porosity, Permeability and Interstitial Fluid Flow. Journal of Biomechanics (2012)

Luis CardosoSusannah P. FrittonGaffar GailaniMohammed BenallaStephen C. Cowin

biophysicsinterstitial fluid flowphysiologybone porosityorthopedic biomechanicsmaterials sciencebiomechanics

Alterations in the Osteocyte Lacunar–Canalicular Microenvironment Due to Estrogen Deficiency. Bone (2012)

Divya SharmaCesare CianiPaula A. Ramirez MarinJessica D. LevyStephen B. DotySusannah P. Fritton

1
2
3
10 / page

Similar Faculty Members

Alesha B. Castillo, PhD

Institution

New York University

stem cell research

kinesiology

Luis Cardoso

Institution

CUNY City College

bone biomechanics

mechanotransduction in bone

Seth Donahue

Institution

University of Massachusetts Amherst

bone repair

bone research

Maureen Lynch

Institution

University of Colorado Boulder

bone research

biomechanics

John A Szivek

Institution

University of Arizona

bone biomechanics

regenerative medicine

Mariana Elizabeth Kersh

Institution

University of Illinois Urbana-Champaign

biomedical imaging

orthopaedic surgery

Mitchell Schaffler

Institution

CUNY City College

bone biomechanics

osteoporosis

Xiaodu Wang

Institution

University of Texas at San Antonio

bone research

materials science

Liyun Wang

Institution

University of Delaware

composite material

mechanical engineering

Sandra Shefelbine

Institution

Northeastern University

bone research

biomechanics

Similar Faculty Members

Alesha B. Castillo, PhD

Institution

New York University

stem cell research

kinesiology

Luis Cardoso

Institution

CUNY City College

bone biomechanics

mechanotransduction in bone

Seth Donahue

Institution

University of Massachusetts Amherst

bone repair

bone research

Maureen Lynch

Institution

University of Colorado Boulder

bone research

biomechanics

John A Szivek

Institution

University of Arizona

bone biomechanics

regenerative medicine

Mariana Elizabeth Kersh

Institution

University of Illinois Urbana-Champaign

biomedical imaging

orthopaedic surgery

Mitchell Schaffler

Institution

CUNY City College

bone biomechanics

osteoporosis

Xiaodu Wang

Institution

University of Texas at San Antonio

bone research

materials science

Liyun Wang

Institution

University of Delaware

composite material

mechanical engineering

Sandra Shefelbine

Institution

Northeastern University

bone research

biomechanics