Faculty

Institution

Unit

Venue

Kelsey Kjosness

Philadelphia College of Osteopathic Medicine

Affiliations

Bio-Medical Sciences (PCOM Georgia)

Bio-Medical Sciences (PCOM South Georgia)

Division Of Research

Center For Chronic Disorders Of Aging

Center for Chronic Disorders of Aging

Department Of Physiology And Pharmacology

Philadelphia College of Osteopathic Medicine

NoneKelsey Kjosness is currently serving as a Bio-Medical Sciences (Pcom Georgia) faculty at Philadelphia College of Osteopathic Medicine.

Honors

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Experiences

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Education

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Kelsey Kjosness

Philadelphia College of Osteopathic Medicine

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developmental biology biology mammalian biology evolutionary biology cell biology anatomy regenerative medicine human evolution bone research avian biology vascular biology plant physiology physical anthropology animal physiology cell growth growth plate formation bone-cartilage interfaces pisiform ossification molecular evolution tissue engineering orthopedic surgery biomechanics morphology zoology orthopaedic research cartilage vertebrate paleontology developmental system animal bioscience evolutionary anthropology adaptation biological evolution morphological impact morphological evidence ontogeny key site osmotic stress plant metabolism osmoregulation residual stress pid control mammalian physiology bone morphogenic protein pisiform growth plate unusual pisiform ossification pattern three-toed sloths mammalian metatarsals differential growth anatomical locations growth plate patterning author response epiphysis formation differential impact mammalian pisiform calcaneus growth

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Role of the Pthrp /Ihh Feedback Loop in the Unusual Growth Plate Location in Mammalian Metatarsals and Pisiforms. Developmental Dynamics (2025)

ontogenybiologysignal transductionmammalian metatarsalsdevelopmental biologymorphogenesiscell growthmammalian biologydevelopmental system

Author Response for"Modified Periodic Scp Acid‐Schiff /Scp ( Scp Pas /Scp ) is an Alternative to Safranin O for Discriminating Bone‐Cartilage Interfaces". (2023)

None Kelsey M. KjosnessNone Philip L. RenoNone Maria A. Serrat

materials sciencebone-cartilage interfacesauthor responseregenerative medicineorthopaedic surgery

Modified Periodic Acid‐Schiff ( Pas ) is an Alternative to Safranin O for Discriminating Bone–Cartilage Interfaces. JBMR Plus (2023)

Kelsey M KjosnessPhilip L RenoMaria A Serrat

materials scienceorthopedic surgerybone-cartilage interfacescartilageorthopaedic researchbone researchdermatologytissue engineeringbiomedical engineeringregenerative medicinebiomechanics

Using Mouse Metatarsal and Pisiform Ossification to Identify Genes Underlying Growth Plate Formation. The FASEB Journal (2022)

Philip L. RenoKelsey M. KjosnessSungdae ParkDaved FaredMallory B. StubblebineMeghan T. FitzwaterDouglas B. Menke

geneticsanimal physiologybiophysicsgrowth plate formationdevelopmental biologymorphology (biology)pisiform ossificationtumor biologymammalian biologymouse metatarsal

Differential Impact of Hoxa11 and Hoxd11 on Pisiform Ossification and Epiphysis Formation. The FASEB Journal (2021)

Timothy GrazianoBrendan SweeneyKelsey KjosnessSabrina KistlerEmily SchuetzRyan ThompsonPhilip Reno

membrane biologydifferential impactgene expressionosmotic stressbiophysicsstructural biologykey siteepiphysis formationlipidsbiomolecular engineeringsystems biologypisiform ossificationplant physiologyvascular biology

Influence of Hoxa11 and Hoxd11 on Calcaneus Growth and Ossification. The FASEB Journal (2021)

Avani BhavsarSamuel GoldmanKelsey KjosnessEmily SchuetzSabrina KistlerRyan ThompsonPhilip Reno

osmoregulationpharmacologymembrane biologyecologyplant metabolismplant physiologycell biologymarine biologycalcaneus growth

Morphological Changes in Calcanei of Mice With Hoxa11 and Hoxd11 Loss‐of‐Function Mutations. The FASEB Journal (2021)

Samuel GoldmanAvani BhavsarKelsey KjosnessSabrina KistlerEmily SchuetzNicholas StephensTimothy RyanPhilip Reno

geneticsmolecular biologymorphogenesismorphological changes

Ossification Pattern of the Unusual Pisiform in Two‐Toed ( Choloepus ) and Three‐Toed Sloths ( Bradypus ). The Anatomical Record (2021)

Lia M. GavazziKelsey M. KjosnessPhilip L. Reno

biologymorphologyvertebrate paleontologyavian biologyecologyzooarchaeologymorphological evidenceunusual pisiformmorphological impactanatomymorphology (biology)ossification patternmammalian biologythree-toed sloths

Mechanisms of Pisiform Reduction in Mammals. The FASEB Journal (2020)

Kelsey M. KjosnessLia M. GavazziPhilip L. Reno

animal physiologybiologypid controlbiophysicstissue (biology)bone morphogenic proteinmorphogenesisanimal biosciencebone researchvascular biologyresidual stressmammalian biologymammalian physiologypisiform reductionphysiology

Identifying the Homology of the Short Human Pisiform and Its Lost Ossification Center. EvoDevo (2019)

Kelsey M. KjosnessPhilip L. Reno

evolutionary biologybiologyhuman evolution

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Kelsey Kjosness

Philadelphia College of Osteopathic Medicine

Affiliations

Bio-Medical Sciences (PCOM Georgia)

Bio-Medical Sciences (PCOM South Georgia)

Division Of Research

Center For Chronic Disorders Of Aging

Center for Chronic Disorders of Aging

Department Of Physiology And Pharmacology

Philadelphia College of Osteopathic Medicine

NoneKelsey Kjosness is currently serving as a Bio-Medical Sciences (Pcom Georgia) faculty at Philadelphia College of Osteopathic Medicine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kelsey Kjosness

Philadelphia College of Osteopathic Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Role of the Pthrp /Ihh Feedback Loop in the Unusual Growth Plate Location in Mammalian Metatarsals and Pisiforms. Developmental Dynamics (2025)

ontogenybiologysignal transductionmammalian metatarsalsdevelopmental biologymorphogenesiscell growthmammalian biologydevelopmental system

Author Response for"Modified Periodic Scp Acid‐Schiff /Scp ( Scp Pas /Scp ) is an Alternative to Safranin O for Discriminating Bone‐Cartilage Interfaces". (2023)

None Kelsey M. KjosnessNone Philip L. RenoNone Maria A. Serrat

materials sciencebone-cartilage interfacesauthor responseregenerative medicineorthopaedic surgery

Modified Periodic Acid‐Schiff ( Pas ) is an Alternative to Safranin O for Discriminating Bone–Cartilage Interfaces. JBMR Plus (2023)

Kelsey M KjosnessPhilip L RenoMaria A Serrat

materials scienceorthopedic surgerybone-cartilage interfacescartilageorthopaedic researchbone researchdermatologytissue engineeringbiomedical engineeringregenerative medicinebiomechanics

Using Mouse Metatarsal and Pisiform Ossification to Identify Genes Underlying Growth Plate Formation. The FASEB Journal (2022)

Philip L. RenoKelsey M. KjosnessSungdae ParkDaved FaredMallory B. StubblebineMeghan T. FitzwaterDouglas B. Menke

geneticsanimal physiologybiophysicsgrowth plate formationdevelopmental biologymorphology (biology)pisiform ossificationtumor biologymammalian biologymouse metatarsal

Differential Impact of Hoxa11 and Hoxd11 on Pisiform Ossification and Epiphysis Formation. The FASEB Journal (2021)

Timothy GrazianoBrendan SweeneyKelsey KjosnessSabrina KistlerEmily SchuetzRyan ThompsonPhilip Reno

Influence of Hoxa11 and Hoxd11 on Calcaneus Growth and Ossification. The FASEB Journal (2021)

Avani BhavsarSamuel GoldmanKelsey KjosnessEmily SchuetzSabrina KistlerRyan ThompsonPhilip Reno

osmoregulationpharmacologymembrane biologyecologyplant metabolismplant physiologycell biologymarine biologycalcaneus growth

Morphological Changes in Calcanei of Mice With Hoxa11 and Hoxd11 Loss‐of‐Function Mutations. The FASEB Journal (2021)

Samuel GoldmanAvani BhavsarKelsey KjosnessSabrina KistlerEmily SchuetzNicholas StephensTimothy RyanPhilip Reno

geneticsmolecular biologymorphogenesismorphological changes

Ossification Pattern of the Unusual Pisiform in Two‐Toed ( Choloepus ) and Three‐Toed Sloths ( Bradypus ). The Anatomical Record (2021)

Lia M. GavazziKelsey M. KjosnessPhilip L. Reno

Mechanisms of Pisiform Reduction in Mammals. The FASEB Journal (2020)

Kelsey M. KjosnessLia M. GavazziPhilip L. Reno

Identifying the Homology of the Short Human Pisiform and Its Lost Ossification Center. EvoDevo (2019)

Kelsey M. KjosnessPhilip L. Reno

evolutionary biologybiologyhuman evolution

1
2
10 / page