Faculty

Institution

Unit

Venue

James Otto Blanchette

Instructor

University of South Carolina

Affiliations

College of Engineering and Computing

Biomedical Engineering

James Otto Blanchette is currently serving as a Biomedical Engineering Instructor at University of South Carolina.

Honors

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Experiences

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Education

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James Otto Blanchette

University of South Carolina

Instructor

You can click a keyword to filter the displayed items

biomedical engineering tissue engineering regenerative medicine cell biology vascular biology pharmacology physiology stem cell research angiogenesis inflammation drug delivery tumor biology hematology membrane biology material research pharmaceutical sciences pharmaceutical technology adipose-derived stem cells bone tissue engineering cell engineering pharmaceutics liver physiology medicinal research redox biology cell transplantation bone research visual science experimental medicine avian biology drug development pharmaceutical care pharmaceutical research mesenchymal stem cells renal function hypoxia (medicine) mitochondrial function lipid disorders experimental analysis scientific visualization experiment design biomedical technologies artificial organs natural compounds inflammatory response culture geometry vascular growth cell function physiological modulator direct angiogenesis insulin secretion major challenges endothelial cells asc spheroid geometry preangiogenic behaviors culture oxygenation osteogenic differentiation biological engineering stem-cell therapy biomaterials design controlled release

Notable Scholarly Works

Notable Federal Grants

Collaborators

Polarity as a Physiological Modulator of Cell Function. Frontiers in bioscience (2018)

Maria E PiroliJames O BlanchetteEhsan Jabbarzadeh

physiologycell functionphysiological modulatorelectrophysiology

Modulation of Inflammatory Response to Implanted Biomaterials Using Natural Compounds. Current Pharmaceutical Design (2017)

Maria YanezJames BlanchetteEhsan Jabbarzadeh

inflammationdrug developmentdrug deliverynatural compoundsinflammatory responsepharmaceutical sciencespharmaceutical carepharmaceuticspharmaceutical technologybiomedical engineeringmedicinepharmacologypharmaceutical researchtissue engineering

Asc Spheroid Geometry and Culture Oxygenation Differentially Impact Induction of Preangiogenic Behaviors in Endothelial Cells. Cell Transplantation (2014)

Matthew L. SkilesBrandon HannaLindsay RuckerAllison TiptonAidan Brougham-CookEhsan JabbarzadehJames O. Blanchette

endothelial cellsvascular biologyangiogenesisasc spheroid geometrypreangiogenic behaviorscell biologycell transplantationhematologydevelopmental biologyculture oxygenation

Identifying Hif Activity in Three-Dimensional Cultures of Islet-Like Clusters. The International Journal of Artificial Organs (2013)

Matthew L. SkilesNathan B. WilderSuchit SahaiJames O. Blanchette

vascular biologyhif activityphysiologyislet-like clustersanatomyimmunologycell biologyavian biologymembrane biologyartificial organsthree-dimensional cultures

Osteogenic Differentiation of Adipose-Derived Stem Cells is Hypoxia-Inducible Factor-1 Independent. Tissue Engineering Part A (2013)

Suchit SahaiAmanda WilliamsMatthew L. SkilesJames O. Blanchette

vascular biologyregenerative medicineosteogenic differentiationstem cell researchadipose-derived stem cellsdermatologydevelopmental biologybiomedical engineeringtissue engineeringbone research

Polymeric Drug Delivery Systems in Tissue Engineering. (2013)

Matthew SkilesJames Blanchette

biomedical engineeringdrug deliverytissue engineering

Strategies to Direct Angiogenesis Within Scaffolds for Bone Tissue Engineering. Current Pharmaceutical Design (2013)

Greg M. HarrisKaty RutledgeQingsu ChengJames BlanchetteEhsan Jabbarzadeh

regenerative medicineangiogenesispharmaceutical sciencesdirect angiogenesisengineeringpharmaceutical technologybiomedical engineeringdesignbone tissue engineeringtissue engineering

Use of Culture Geometry to Control Hypoxia-Induced Vascular Endothelial Growth Factor Secretion From Adipose-Derived Stem Cells: Optimizing a Cell-Based Approach to Drive Vascular Growth. Tissue Engineering Part A (2013)

Matthew L. SkilesSuchit SahaiLindsay RuckerJames O. Blanchette

biological engineeringvascular biologyregenerative medicineculture geometrytumor biologyadipose-derived stem cellscell biologybiomedical engineeringcell engineeringvascular growthtissue engineering

Tracking Hypoxic Signaling in Encapsulated Stem Cells. Tissue Engineering Part C Methods (2012)

Suchit SahaiRachel McFarlandMathew L. SkilesDenise SullivanAmanda WilliamsJames O. Blanchette

regenerative medicinetumor biologystem cell researchcell signalingimmunologybiomedical engineeringpharmacologytissue engineering

Vascularization of Biomaterials for Bone Tissue Engineering: Current Approaches and Major Challenges. Current Angiogenesis (2012)

Ehsan JabbarzadehJames BlanchetteTarek ShazlyAli KhademhosseiniGulden Camci-UnalCato Laurencin

major challengesangiogenesisbiomedical engineeringbone tissue engineeringtissue engineering

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James Otto Blanchette

Instructor

University of South Carolina

Affiliations

College of Engineering and Computing

Biomedical Engineering

James Otto Blanchette is currently serving as a Biomedical Engineering Instructor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Otto Blanchette

University of South Carolina

Instructor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Polarity as a Physiological Modulator of Cell Function. Frontiers in bioscience (2018)

Maria E PiroliJames O BlanchetteEhsan Jabbarzadeh

physiologycell functionphysiological modulatorelectrophysiology

Modulation of Inflammatory Response to Implanted Biomaterials Using Natural Compounds. Current Pharmaceutical Design (2017)

Maria YanezJames BlanchetteEhsan Jabbarzadeh

Asc Spheroid Geometry and Culture Oxygenation Differentially Impact Induction of Preangiogenic Behaviors in Endothelial Cells. Cell Transplantation (2014)

Matthew L. SkilesBrandon HannaLindsay RuckerAllison TiptonAidan Brougham-CookEhsan JabbarzadehJames O. Blanchette

endothelial cellsvascular biologyangiogenesisasc spheroid geometrypreangiogenic behaviorscell biologycell transplantationhematologydevelopmental biologyculture oxygenation

Identifying Hif Activity in Three-Dimensional Cultures of Islet-Like Clusters. The International Journal of Artificial Organs (2013)

Matthew L. SkilesNathan B. WilderSuchit SahaiJames O. Blanchette

vascular biologyhif activityphysiologyislet-like clustersanatomyimmunologycell biologyavian biologymembrane biologyartificial organsthree-dimensional cultures

Osteogenic Differentiation of Adipose-Derived Stem Cells is Hypoxia-Inducible Factor-1 Independent. Tissue Engineering Part A (2013)

Suchit SahaiAmanda WilliamsMatthew L. SkilesJames O. Blanchette

vascular biologyregenerative medicineosteogenic differentiationstem cell researchadipose-derived stem cellsdermatologydevelopmental biologybiomedical engineeringtissue engineeringbone research

Polymeric Drug Delivery Systems in Tissue Engineering. (2013)

Matthew SkilesJames Blanchette

biomedical engineeringdrug deliverytissue engineering

Strategies to Direct Angiogenesis Within Scaffolds for Bone Tissue Engineering. Current Pharmaceutical Design (2013)

Greg M. HarrisKaty RutledgeQingsu ChengJames BlanchetteEhsan Jabbarzadeh

regenerative medicineangiogenesispharmaceutical sciencesdirect angiogenesisengineeringpharmaceutical technologybiomedical engineeringdesignbone tissue engineeringtissue engineering

Matthew L. SkilesSuchit SahaiLindsay RuckerJames O. Blanchette

biological engineeringvascular biologyregenerative medicineculture geometrytumor biologyadipose-derived stem cellscell biologybiomedical engineeringcell engineeringvascular growthtissue engineering

Tracking Hypoxic Signaling in Encapsulated Stem Cells. Tissue Engineering Part C Methods (2012)

Suchit SahaiRachel McFarlandMathew L. SkilesDenise SullivanAmanda WilliamsJames O. Blanchette

regenerative medicinetumor biologystem cell researchcell signalingimmunologybiomedical engineeringpharmacologytissue engineering

Vascularization of Biomaterials for Bone Tissue Engineering: Current Approaches and Major Challenges. Current Angiogenesis (2012)

Ehsan JabbarzadehJames BlanchetteTarek ShazlyAli KhademhosseiniGulden Camci-UnalCato Laurencin

major challengesangiogenesisbiomedical engineeringbone tissue engineeringtissue engineering

1
2
10 / page

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Similar Faculty Members

Edward Botchwey

Institution

Georgia Institute of Technology

stem cell

regenerative medicine

Eric V. Shusta

Institution

University of Wisconsin–Madison

small molecule pharmaceuticals

biomedical engineering

Anand Ramamurthi

Institution

Lehigh University

regenerative medicine

biomedical engineering

Madhu S Dhar

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University of Tennessee

regenerative medicine

tissue engineering

Alyssa Panitch

Institution

Georgia Institute of Technology

Michael Davis

Institution

Georgia Institute of Technology

matrix biology

regenerative medicine

Oju Jeon

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University of Illinois Chicago

biomedical engineering

tissue engineering

Salman Khetani

Institution

University of Illinois Chicago

cell biology

biomedical engineering

Alyssa Panitch

Institution

University of California, Davis

biomanufacturing

bioactive material

Nathaniel Huebsch

Institution

Washington University in St. Louis

stem cell research

mechanical loading