Faculty

Institution

Unit

Venue

Christopher S. Adams

Philadelphia College of Osteopathic Medicine

Affiliations

Department Of Biomedical Sciences

NoneChristopher S. Adams is currently serving as a Biomedical Sciences faculty at Philadelphia College of Osteopathic Medicine.

Honors

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Experiences

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Education

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Christopher S. Adams

Philadelphia College of Osteopathic Medicine

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bone research cell biology regenerative medicine cell death orthopaedic surgery materials science orthopaedic research apoptosis dermatology orthopedic surgery tissue engineering cellular physiology bone homeostasis bone metabolism membrane biology tumor biology cell signaling vascular biology structural biology inflammation material research surface nanotechnology matrix biology infection control applied microbiology cartilage liver physiology bone disease tissue physiology bone health cell physiology cellular biology surface functionalization in vitro toxicology autophagy medicinal research cellular biochemistry redox biology adsorption biomaterials design matrix regulation fibronectin adsorption osteoblast-like cells cell-matrix interactions cell autophagy pharmaceutical nanotechnology orthopedic biomechanics space environment biomolecular interactions cell regulation transcription regulation surface treatments surface engineering periprosthetic infection chondrocyte apoptosis bone allografts fibronectin isoform expression antibiotic modification tethered antibiotics treatment and prevention morphological impact endocytic pathway mitophagy hypoxia (medicine) radiation biology radiation exposure radiation effects surface modeling nanoscale modeling vancomycin-modified titanium alloy skeletal cell toxicity local delivery systems skeletal cell apoptosis hypertrophic chondrocyte epiphyseal growth plate cellular function

Notable Scholarly Works

Notable Federal Grants

Collaborators

Crucial Role for Endothelial Cell α2β1 Integrin Receptor Clustering in Collagen‐Induced Angiogenesis. The Anatomical Record (2019)

developmental biologyvascular adaptationcell biologycell signalingblood vesselscell-matrix interactionsangiogenesisextracellular matrixvascular biologymatrix biologycollagen‐induced angiogenesiscardiovascular researchcrucial roleneovascularizationcellular physiology

Gram‐Negative Bacteria Are Internalized Into Osteocyte‐Like Cells. Journal of Orthopaedic Research® (2019)

Ray K. SaundersJoseph InfantiHibah AliTimothy ShueyCourtney PotteigerShelby McNeillyChristopher S. Adams

orthopaedic researchmicrobiologygram-negative bacteriaorthopaedic surgerybacteriaosteocyte-like cells

4.20 Tethered Antibiotics ☆. Elsevier eBooks (2016)

N.J. HickokC. KetonisC.S. Adams

medicinetethered antibioticsinfection controlclinical microbiologypharmacologyapplied microbiologydrug delivery

Covalent Attachment of Antibiotics to Bone Allograft (922.19). The FASEB Journal (2014)

antibiotic adjuvantbiomolecular engineeringbone researchcovalent attachmentantibioticsantimicrobial agents

Tetracycline Tethered to Titanium Inhibits Colonization by G Ram‐Negative Bacteria. Journal of Biomedical Materials Research Part B Applied Biomaterials (2014)

Helen DavidsonMartin PoonRay SaundersIrving M. ShapiroNoreen J. HickokChristopher S. Adams

host responsein vitro toxicologymicrobial pathogenesisinhibits colonizationbiomedical engineeringpharmacologyimmunologytherapeutic targetsenzyme inhibitiontoxicology

Apoptotic Sensitivity in Osteoblasts is Maturation Specific. The FASEB Journal (2013)

developmental biologyoral biologymorphogenesisbone researchbone metabolismcell biologymammalian biologytissue (biology)apoptotic sensitivitybone homeostasis

Maturation of Osteoblast‐Like Cells Sensitizes Them to Calcium and Phosphate Ion Pair‐Induced Apoptosis. The FASEB Journal (2012)

osteoblast‐like cellsbone researchbone metabolismcell biologycell signalingsclerostinphysiologysignal transductionbone homeostasiscell deathcellular physiology

Maturation Specific Sensitivity of Osteocytes to Calcium. Digital Commons - PCOM (Philadelphia College of Osteopathic Medicine) (2012)

developmental biologybone researchbone metabolismmechanobiologyosteocalcinmaturation specific sensitivityphysiologytissue (biology)bone homeostasiscellular physiology

Maturation Specific Sensitivity of Osteocytes to Calcium and Phosphate Ion Pair‐Induced Apoptosis. The FASEB Journal (2012)

osteoporosisbone researchbone metabolismcell biologycell signalingsclerostinbone fracturematuration specific sensitivityphysiologybone homeostasiscell death

A952. New Bactericidal Allogeneic Bone Constructs Offer Clear Advantages Over Elution Technologies. Orthopaedic Proceedings (2011)

Constantinos KetonisAmiethab AyierStephanie BarrChristopher S. AdamsIrving M. ShapiroNoreen J. HickokJavad Parvizi

orthopaedic researchmicrobiologybone researchorthopedic surgeryorthopaedic surgeryregenerative medicineelution technologiesapplied microbiology

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Christopher S. Adams

Philadelphia College of Osteopathic Medicine

Affiliations

Department Of Biomedical Sciences

NoneChristopher S. Adams is currently serving as a Biomedical Sciences 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

Christopher S. Adams

Philadelphia College of Osteopathic Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Crucial Role for Endothelial Cell α2β1 Integrin Receptor Clustering in Collagen‐Induced Angiogenesis. The Anatomical Record (2019)

Gram‐Negative Bacteria Are Internalized Into Osteocyte‐Like Cells. Journal of Orthopaedic Research® (2019)

Ray K. SaundersJoseph InfantiHibah AliTimothy ShueyCourtney PotteigerShelby McNeillyChristopher S. Adams

orthopaedic researchmicrobiologygram-negative bacteriaorthopaedic surgerybacteriaosteocyte-like cells

4.20 Tethered Antibiotics ☆. Elsevier eBooks (2016)

N.J. HickokC. KetonisC.S. Adams

medicinetethered antibioticsinfection controlclinical microbiologypharmacologyapplied microbiologydrug delivery

Covalent Attachment of Antibiotics to Bone Allograft (922.19). The FASEB Journal (2014)

antibiotic adjuvantbiomolecular engineeringbone researchcovalent attachmentantibioticsantimicrobial agents

Tetracycline Tethered to Titanium Inhibits Colonization by G Ram‐Negative Bacteria. Journal of Biomedical Materials Research Part B Applied Biomaterials (2014)

Helen DavidsonMartin PoonRay SaundersIrving M. ShapiroNoreen J. HickokChristopher S. Adams

host responsein vitro toxicologymicrobial pathogenesisinhibits colonizationbiomedical engineeringpharmacologyimmunologytherapeutic targetsenzyme inhibitiontoxicology

Apoptotic Sensitivity in Osteoblasts is Maturation Specific. The FASEB Journal (2013)

developmental biologyoral biologymorphogenesisbone researchbone metabolismcell biologymammalian biologytissue (biology)apoptotic sensitivitybone homeostasis

Maturation of Osteoblast‐Like Cells Sensitizes Them to Calcium and Phosphate Ion Pair‐Induced Apoptosis. The FASEB Journal (2012)

osteoblast‐like cellsbone researchbone metabolismcell biologycell signalingsclerostinphysiologysignal transductionbone homeostasiscell deathcellular physiology

Maturation Specific Sensitivity of Osteocytes to Calcium. Digital Commons - PCOM (Philadelphia College of Osteopathic Medicine) (2012)

developmental biologybone researchbone metabolismmechanobiologyosteocalcinmaturation specific sensitivityphysiologytissue (biology)bone homeostasiscellular physiology

Maturation Specific Sensitivity of Osteocytes to Calcium and Phosphate Ion Pair‐Induced Apoptosis. The FASEB Journal (2012)

osteoporosisbone researchbone metabolismcell biologycell signalingsclerostinbone fracturematuration specific sensitivityphysiologybone homeostasiscell death

A952. New Bactericidal Allogeneic Bone Constructs Offer Clear Advantages Over Elution Technologies. Orthopaedic Proceedings (2011)

Constantinos KetonisAmiethab AyierStephanie BarrChristopher S. AdamsIrving M. ShapiroNoreen J. HickokJavad Parvizi

orthopaedic researchmicrobiologybone researchorthopedic surgeryorthopaedic surgeryregenerative medicineelution technologiesapplied microbiology

1
2
3
4
5
6
7
10 / page