Faculty

Institution

Unit

Venue

Mindy George-Weinstein

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

NoneMindy George-weinstein 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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Mindy George-Weinstein

Philadelphia College of Osteopathic Medicine

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ophthalmology cell biology cellular physiology developmental biology retina ophthalmology retina developmental cell neuroscience cellular differentiation neuro-ophthalmology tissue (biology) molecular cell biology ocular tissues skeletal muscle embryonic development embryology stem cell research mammalian biology visual science gene expression morphogenesis stem cells molecular neurodegeneration vascular biology cell research experimental ophthalmology tumor biology reproductive biology avian biology cell fate determination chick embryo medicinal research developmental system plo biology organ development tissue development cell-matrix interactions therapeutic nanomaterials myogenic cells nucleic acids cell specialization protein expression cell lineage rna biology rna processing human sciences fibrosis cell interactions structural composition survivability cellular biology fertilisation gametogenesis nano-drug delivery bone morphogenic protein neural stem cells cutaneous biology experimental dermatology skin cancer novel imaging methods ependyma angiogenesis secondary myogenic lineages skeletal myogenesis preferred pathway presomitic tissues injury response unique precursors mesenchymal cells tissue protection evolved system presomitic mesoderm chondrogenic cells eye development myod-positive cells precursor cells

Notable Scholarly Works

Notable Federal Grants

Collaborators

Increased Myo/Nog Cell Presence and Phagocytic Activity in Retinal Degeneration: Insights From a Mouse Model. Applied Sciences (2025)

molecular neurodegenerationretinaneuro-ophthalmologycell biologycellular physiologyocular diseaseimmune responsesophthalmology retinaophthalmologyregeneration (biology)

Myod is Required for the Differentiation of Myo/Nog Cell Progenitors of Myofibroblasts in Explants of Human Lens Tissue. Frontiers in Ophthalmology (2025)

myo/nog cell progenitorscellular differentiationocular tissuescell biologyocular surfacedevelopmental biologyophthalmology retinaocular surface physiologyophthalmologycell researchtissue (biology)human lens tissue

Evaluation of Dose–Response Relationship in Novel Extended Release of Targeted Nucleic Acid Nanocarriers to Treat Secondary Cataracts. Journal of Ocular Pharmacology and Therapeutics (2024)

Camila VardarMindy George-WeinsteinRobert GettsMark E. Byrne

nanomedicinenanotechnologydermatologysecondary cataractspharmacologyophthalmologydose-response relationship

Intravitreal Injection of Noggin Ameliorates Retinal Degeneration in a Mouse Model of Retinitis Pigmentosa. Acta Ophthalmologica (2024)

retinitis pigmentosaretinaneuro-ophthalmologycell biologyocular surfacemouse modelocular diseaseretinal degenerationophthalmology retinaophthalmologyregeneration (biology)glaucoma

Myo/Nog Cells Give Rise to Myofibroblasts During Epiretinal Membrane Formation in a Mouse Model of Proliferative Vitreoretinopathy. Investigative Ophthalmology & Visual Science (2023)

Mara CrispinJacquelyn GerhartAlison HefferMark MartinFathma AbdallaArturo Bravo-NuevoNancy J. PhilpAjay E. KuriyanMindy George-Weinstein

vascular biologymouse modeldermatologydevelopmental biologyvisual systemproliferative vitreoretinopathyophthalmologyvisual scienceepiretinal membrane formation

Myo/Nog Cells Increase in Response to Elevated Intraocular Pressure and Mitigate Ganglion Cell Death in a Mouse Model of Glaucoma. Applied Sciences (2023)

physiologycell deathcell signalingneuro-ophthalmologyganglion cellcellular physiologyretinasignal transductionophthalmologytrabecular meshworkglaucoma

Myo/Nog Cells: The Jekylls and Hydes of the Lens. Cells (2023)

ocular tissuescell biologycellular physiologycell divisionmolecular cell biologyophthalmology

Hyperoxia‐Induced Preretinal Membrane Formation and Retinal Detachment in the Mouse. The FASEB Journal (2022)

Gabriela M. DiazMadison HeckEvan CuffMark MartinBryanna GuthridgeTyler LeeBoris PenevJacquelyn GerhartMindy George‐WeinsteinArturo Bravo‐Nuevo

neurologyvascular biologyearly diagnosisneuroanatomyretinaneuro-ophthalmologyneuroscienceavian biologyhypoxia (medicine)ophthalmologymammalian biologyretinal detachment

Myo/Nog Cells Migrate to Areas of Cell Death and Are Phagocytic in a Murine Model of Retinitis Pigmentosa. The FASEB Journal (2022)

cell deathpathogenesisimmunologycell biologycellular physiologymolecular cell biologyimmune responsesophthalmology retinaphagocytescell migration

Neuroprotective Role of Hyperoxia During the Critical Period of Retinal Development in Normal Mice and Mice With Retinitis Pigmentosa. The FASEB Journal (2022)

Monica Anne Faye VillegasEric GdovinMegha TilvawalaRushil BrahmbhattChristopher SuteraPaul LeckerJake BersteinE‐Jine TsaiMark MartinJessica KimNathan MorrisonGrzegorz GorskiZeus AntonelloMindy George‐WeinsteinArturo Bravo Nuevo

neuroprotective roleretinitis pigmentosanormal miceresidual stressretinaneuro-ophthalmologydevelopmental neurobiologyexperimental ophthalmologyneuroscienceocular diseasedevelopmental biologycritical periodophthalmology retinaeye healthophthalmologycentral nervous systemretinal development

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Mindy George-Weinstein

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

NoneMindy George-weinstein 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

Mindy George-Weinstein

Philadelphia College of Osteopathic Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Increased Myo/Nog Cell Presence and Phagocytic Activity in Retinal Degeneration: Insights From a Mouse Model. Applied Sciences (2025)

molecular neurodegenerationretinaneuro-ophthalmologycell biologycellular physiologyocular diseaseimmune responsesophthalmology retinaophthalmologyregeneration (biology)

Myod is Required for the Differentiation of Myo/Nog Cell Progenitors of Myofibroblasts in Explants of Human Lens Tissue. Frontiers in Ophthalmology (2025)

Evaluation of Dose–Response Relationship in Novel Extended Release of Targeted Nucleic Acid Nanocarriers to Treat Secondary Cataracts. Journal of Ocular Pharmacology and Therapeutics (2024)

Camila VardarMindy George-WeinsteinRobert GettsMark E. Byrne

nanomedicinenanotechnologydermatologysecondary cataractspharmacologyophthalmologydose-response relationship

Intravitreal Injection of Noggin Ameliorates Retinal Degeneration in a Mouse Model of Retinitis Pigmentosa. Acta Ophthalmologica (2024)

retinitis pigmentosaretinaneuro-ophthalmologycell biologyocular surfacemouse modelocular diseaseretinal degenerationophthalmology retinaophthalmologyregeneration (biology)glaucoma

Myo/Nog Cells Give Rise to Myofibroblasts During Epiretinal Membrane Formation in a Mouse Model of Proliferative Vitreoretinopathy. Investigative Ophthalmology & Visual Science (2023)

Mara CrispinJacquelyn GerhartAlison HefferMark MartinFathma AbdallaArturo Bravo-NuevoNancy J. PhilpAjay E. KuriyanMindy George-Weinstein

vascular biologymouse modeldermatologydevelopmental biologyvisual systemproliferative vitreoretinopathyophthalmologyvisual scienceepiretinal membrane formation

Myo/Nog Cells Increase in Response to Elevated Intraocular Pressure and Mitigate Ganglion Cell Death in a Mouse Model of Glaucoma. Applied Sciences (2023)

physiologycell deathcell signalingneuro-ophthalmologyganglion cellcellular physiologyretinasignal transductionophthalmologytrabecular meshworkglaucoma

Myo/Nog Cells: The Jekylls and Hydes of the Lens. Cells (2023)

ocular tissuescell biologycellular physiologycell divisionmolecular cell biologyophthalmology

Hyperoxia‐Induced Preretinal Membrane Formation and Retinal Detachment in the Mouse. The FASEB Journal (2022)

Gabriela M. DiazMadison HeckEvan CuffMark MartinBryanna GuthridgeTyler LeeBoris PenevJacquelyn GerhartMindy George‐WeinsteinArturo Bravo‐Nuevo

neurologyvascular biologyearly diagnosisneuroanatomyretinaneuro-ophthalmologyneuroscienceavian biologyhypoxia (medicine)ophthalmologymammalian biologyretinal detachment

Myo/Nog Cells Migrate to Areas of Cell Death and Are Phagocytic in a Murine Model of Retinitis Pigmentosa. The FASEB Journal (2022)

cell deathpathogenesisimmunologycell biologycellular physiologymolecular cell biologyimmune responsesophthalmology retinaphagocytescell migration

Neuroprotective Role of Hyperoxia During the Critical Period of Retinal Development in Normal Mice and Mice With Retinitis Pigmentosa. The FASEB Journal (2022)

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5
8
10 / page