Faculty

Institution

Unit

Venue

George Muschler

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

George Muschler is currently serving as a Biomedical Engineering MD at Case Western Reserve University.

Honors

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Experiences

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Education

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George Muschler

Case Western Reserve University

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orthopaedic surgery regenerative medicine orthopedic surgery orthopaedic research biomedical engineering tissue engineering cellular therapy cell biology bone research cartilage osteoarthritis musculoskeletal research musculoskeletal disorders stem cell research arthroplasty knee surgery cell therapy medicine stem cells stem-cell therapy hematology tissue (biology) spinal fusion bone repair mesenchymal stem cells connective tissue progenitors rheumatology cell transplantation orthopedic biomechanics musculoskeletal science arthritis biomaterials design tissue development human tissues cell replacement therapies progenitor cells bone marrow histopathology matrix biology connective tissue disease stem cell transplantation knee osteoarthritis biofabrication fibers sport medicine biomedical research soft tissue reconstruction musculoskeletal function bone disease patient-reported outcomes treatment development joint replacement musculoskeletal surgery musculoskeletal tissues bone regeneration cartilage repair plastic surgery fracture healing tissue imaging biocompatible materials cell adhesion tissue physiology novel therapies spine surgery spinal biomechanics spine deformities bone marrow-derived cells femoral head systematic review platelet-rich plasma body mass index biological performance engineering principles bone graft materials basic science osteoblastic progenitors connective tissue regeneration

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automation and Performance-Based Selection to Improve the Reproducibility of Mesenchymal Stromal Cell (Msc) Fabrication. Cytotherapy (2024)

V. LuangphakdyM. SwamydasG. DuginskiE. CarsonG.F. Muschler

performance-based selectionmesenchymal stromal cellmesenchymal stem cellsbiomedical engineering

Characterization of Ipsc Colony Morphology and Variation to Assist in Automated Clone Picking for Clonal Expansion. Cytotherapy (2024)

M. SwamydasP. NarayananV. LuangphakdyA. FuryesG. DuginskiK. NakamuraG.F. Muschler

clonal expansionipsc colony morphologyautomated clone pickingcell therapy

Considerations for the Development of Ipsc-Derived Cell Therapies: A Review of Key Challenges by the Jsrm-Isct Ipsc Committee. Cytotherapy (2024)

Marinna MadridUma LakshmipathyXiaokui ZhangKapil BhartiDominic M. WallYoji SatoGeorge MuschlerAnthony TingNathan SmithShuhei DeguchiShin KawamataJennifer C. MooreBar MakovozStephen SullivanVeronica FalcoArwa Z. Al-Riyami

synthetic immunologycell researchkey challengescell biologystem cell researchjsrm-isct ipsc committeeipsc-derived cell therapiescell therapycancer researchmesenchymal stem cellscancer immunotherapyinduced pluripotent stem cellsimmunotherapyimmunologycell engineeringradiation oncologystem-cell therapyoncologycell transplantationcancer cellscellular therapy

Variation in Extracellular Vesicles Among Clonal and Polyclonal Mesenchymal Stromal Cell Populations – an Expanded Analysis. Cytotherapy (2024)

E.J. CarsonT. BonfieldV. KrishnaR. MiduraM. SwamydasG. DuginskiP. NarayananS. RangaA. FuryesS. SandhirG.F. Muschler

immunologydermatologyextracellular vesiclesexpanded analysismembrane biology

Automated Human Induced Pluripotent Stem Cell Colony Segmentation for Use in Cell Culture Automation Applications. SLAS TECHNOLOGY (2023)

Kimerly A. PowellLaura R. BohrerNicholas E. StoneBradley HittleKristin R. AnfinsonViviane LuangphakdyGeorge MuschlerRobert F. MullinsEdwin M. StoneBudd A. Tucker

biological engineeringbiotechnologycell culture

Automating Ipsc Generation to Enable Autologous Photoreceptor Cell Replacement Therapy. Journal of Translational Medicine (2023)

Laura R. BohrerNicholas E. StoneNathaniel K. MullinAndrew P. VoigtKristin R. AnfinsonJessica L. FickViviane LuangphakdyBradley HittleKimerly PowellGeorge F. MuschlerRobert F. MullinsEdwin M. StoneBudd A. Tucker

cell replacement therapiesmedicinenanomedicinephotoreceptor cellsbiomedical engineeringcell therapyregenerative medicineipsc generationphotomedicinepersonalized medicinecellular therapyneurosciencetherapeutic approachestranslational medicine

Experts Achieve Consensus on a Majority of Statements Regarding Platelet‐Rich Plasma Treatments for Treatment of Musculoskeletal Pathology. Arthroscopy The Journal of Arthroscopic and Related Surgery (2023)

Eoghan T. HurleySeth L. ShermanDaniel J. StokesScott A. RodeoShane A. ShapiroKenneth MautnerDon A. BufordJason L. DragooBert R. MandelbaumKenneth R. ZaslavBrian J. ColeRachel M. FrankMukesh AhujaAdam W. AnzJorge ChahlaConstance R. ChuRamon CugatJoão Espregueira-MendesJack FarrDavid C. FlaniganAlberto GobbiAndreas H. GomollDaniel A. GrandeMederic M. HallKay HorschJason L. KohElizaveta KonChristian LattermannLouis F. McIntyreIain R. MurrayGeorge F. MuschlerNorimasa NakamuraSurena NamdariNicolas S. PiuzziDaniel B.F. SarisNicholas A. SgaglioneKurt P. SpindlerJohn M. TokishAdam B. Yanke

musculoskeletal pathologyorthopedic surgeryplatelet-rich plasma treatmentsexperimental medicineorthopaedic surgery

Mesenchymal Stem/Stromal Cells: Automation and Performance-Based Selection to Improve the Reproducibility of Msc Expanded Cell Fabrication. Cytotherapy (2023)

V. LuangphakdyH. SimmonsM. swamydasA. FuryesS. SandhirK. PowellG.F. Muschler

regenerative medicineperformance-based selectionbiomedical engineeringcell fabrication

Mesenchymal Stem/Stromal Cells: Characterizing Morphological Variation of Monoclonal and Polyclonal Hmsc Populations During Expansion. Cytotherapy (2023)

D. SchmulevichA. FuryesS. SandhirH. SimmonsV. LuangphakdyJ. BarnardG.F. Muschler

stem cell researchregenerative medicinemorphological variationmesenchymal stem cellsstem-cell therapystem cellspolyclonal hmsc populationsdevelopmental biologycellular therapycell biology

Assessment of Clinical, Tissue, and Cell-Level Metrics Identify Four Biologically Distinct Knee Osteoarthritis Patient Phenotypes. Cartilage (2022)

Venkata P. MantripragadaAlexander CsorbaWesley BovaCynthia BoehmNicolas S. PiuzziJennifer BullenRonald J. MiduraGeorge F. Muschler

cell-level metricscartilagemusculoskeletal tissuesmusculoskeletal disordersosteoarthritisorthopaedic surgery

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George Muschler

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

George Muschler is currently serving as a Biomedical Engineering MD at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George Muschler

Case Western Reserve University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automation and Performance-Based Selection to Improve the Reproducibility of Mesenchymal Stromal Cell (Msc) Fabrication. Cytotherapy (2024)

V. LuangphakdyM. SwamydasG. DuginskiE. CarsonG.F. Muschler

performance-based selectionmesenchymal stromal cellmesenchymal stem cellsbiomedical engineering

Characterization of Ipsc Colony Morphology and Variation to Assist in Automated Clone Picking for Clonal Expansion. Cytotherapy (2024)

M. SwamydasP. NarayananV. LuangphakdyA. FuryesG. DuginskiK. NakamuraG.F. Muschler

clonal expansionipsc colony morphologyautomated clone pickingcell therapy

Considerations for the Development of Ipsc-Derived Cell Therapies: A Review of Key Challenges by the Jsrm-Isct Ipsc Committee. Cytotherapy (2024)

Variation in Extracellular Vesicles Among Clonal and Polyclonal Mesenchymal Stromal Cell Populations – an Expanded Analysis. Cytotherapy (2024)

E.J. CarsonT. BonfieldV. KrishnaR. MiduraM. SwamydasG. DuginskiP. NarayananS. RangaA. FuryesS. SandhirG.F. Muschler

immunologydermatologyextracellular vesiclesexpanded analysismembrane biology

Automated Human Induced Pluripotent Stem Cell Colony Segmentation for Use in Cell Culture Automation Applications. SLAS TECHNOLOGY (2023)

Kimerly A. PowellLaura R. BohrerNicholas E. StoneBradley HittleKristin R. AnfinsonViviane LuangphakdyGeorge MuschlerRobert F. MullinsEdwin M. StoneBudd A. Tucker

biological engineeringbiotechnologycell culture

Automating Ipsc Generation to Enable Autologous Photoreceptor Cell Replacement Therapy. Journal of Translational Medicine (2023)

musculoskeletal pathologyorthopedic surgeryplatelet-rich plasma treatmentsexperimental medicineorthopaedic surgery

Mesenchymal Stem/Stromal Cells: Automation and Performance-Based Selection to Improve the Reproducibility of Msc Expanded Cell Fabrication. Cytotherapy (2023)

V. LuangphakdyH. SimmonsM. swamydasA. FuryesS. SandhirK. PowellG.F. Muschler

regenerative medicineperformance-based selectionbiomedical engineeringcell fabrication

Mesenchymal Stem/Stromal Cells: Characterizing Morphological Variation of Monoclonal and Polyclonal Hmsc Populations During Expansion. Cytotherapy (2023)

D. SchmulevichA. FuryesS. SandhirH. SimmonsV. LuangphakdyJ. BarnardG.F. Muschler

stem cell researchregenerative medicinemorphological variationmesenchymal stem cellsstem-cell therapystem cellspolyclonal hmsc populationsdevelopmental biologycellular therapycell biology

Assessment of Clinical, Tissue, and Cell-Level Metrics Identify Four Biologically Distinct Knee Osteoarthritis Patient Phenotypes. Cartilage (2022)

Venkata P. MantripragadaAlexander CsorbaWesley BovaCynthia BoehmNicolas S. PiuzziJennifer BullenRonald J. MiduraGeorge F. Muschler

cell-level metricscartilagemusculoskeletal tissuesmusculoskeletal disordersosteoarthritisorthopaedic surgery

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10 / page

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biotechnology advance

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regenerative medicine

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