Search Results - "Rowley, J.A"
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Increasing yield of msc-evs in scalable xeno-free manufacturing
Published in Cytotherapy (Oxford, England) (01-05-2019)“…Background & AimExtracellular vesicles (EVs) are increasingly being investigated as both drug delivery vehicles and as a cell-free therapy. EVs from…”
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A Xeno-free fed-batch microcarrier suspension bioreactor system for the scalable and economic expansion of hBM-MSCs
Published in Cytotherapy (Oxford, England) (01-05-2018)Get full text
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Rapid and robust large-scale expansion of high quality human mesenchymal stem cells for use in regenerative medicine applications
Published in Cytotherapy (Oxford, England) (01-05-2017)Get full text
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A fed-batch microcarrier suspension bioreactor system for the scalable expansion of hBM-MSCs
Published in Cytotherapy (Oxford, England) (01-05-2017)Get full text
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Functional & economic comparability of Xeno-free stem cell bioprocess system
Published in Cytotherapy (Oxford, England) (01-05-2017)Get full text
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Successful technology transfer of a cgmp potency assay for an ancillary material to support cgmp stem cell manufacturing
Published in Cytotherapy (Oxford, England) (01-05-2018)Get full text
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Comparison of msc-evs manufatured in 2D versus scalable 3D bioreactor systems
Published in Cytotherapy (Oxford, England) (01-05-2019)“…Background & AimThere have been over 800 registered clinical trials using mesenchymal stem/stromal cells (MSCs) for therapeutic applications. Due to their…”
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The effect of cryomedia selection and transient warming events on post-cryopreservation human MSC function
Published in Cytotherapy (Oxford, England) (01-05-2018)Get full text
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Scaling a xeno-free fed-batch microcarrier suspension bioreactor system from development to production scale for manufacturing XF hMSCs
Published in Cytotherapy (Oxford, England) (01-05-2019)“…Background & AimWith over 800 clinical trials investigating the use of mesenchymal stem/stromal cells (hMSCs) for regenerative medicine, there is an urgent…”
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A FED-BATCH CHEMICALLY DEFINED HMSC-EV BIOPROCESS MEDIUM ENABLING 2-4X EV YIELD IMPROVEMENTS IN BIOREACTOR CULTURE
Published in Cytotherapy (Oxford, England) (01-06-2024)“…Extracellular vesicles (EVs) derived from human mesenchymal stromal cells (hMSC-EVs) have been studied in over 200 preclinical applications and dozens of human…”
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Mesenchymal Stem/Stromal Cells: OPTIMIZATION OF TRANSIENT TRANSFECTION OF MESENCHYMAL STROMAL CELLS WITH PLASMID DNA OR MESSENGER RNA
Published in Cytotherapy (Oxford, England) (01-05-2022)Get full text
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A COMPARABILITY STUDY OF CHROMATOGRAPHY RESINS SUITABLE FOR EV PURIFICATION FROM A HIGHLY PRODUCTIVE MSC BIOPROCESSING PLATFORM
Published in Cytotherapy (Oxford, England) (01-06-2024)“…Background & Aim: The number of clinical trials investigating extracellular vesicles (EVs) derived from mesenchymal stromal cells (MSCs) as a therapeutic agent…”
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SCALABLE GMP-COMPATIBLE PROCESS SOLUTION FOR MSC-EV PURIFICATION WITH 10X YIELD IMPROVEMENTS
Published in Cytotherapy (Oxford, England) (01-06-2024)“…Clinical trials investigating extracellular vesicles (EVs) from mesenchymal stromal cells (MSCs) have rapidly increased in recent years. Scalable…”
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Enhancing hMSC extracellular vesicle productivity with a novel collection media for scalable MSC-EV generation
Published in Cytotherapy (Oxford, England) (01-05-2021)Get full text
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Gene Editing/Gene Therapies: A GMP-COMPATIBLE PROCESS FOR THE EFFICIENT TRANSFECTION OF MSCS WITH mRNA
Published in Cytotherapy (Oxford, England) (01-05-2023)Get full text
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1235 - Gene Editing/Gene Therapies: A GMP-COMPATIBLE PROCESS FOR THE EFFICIENT TRANSFECTION OF MSCS WITH mRNA
Published in Cytotherapy (Oxford, England) (01-05-2023)Get full text
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Development of an optimized lentiviral transduction medium and process to manufacture genetically modified MSC working cell banks
Published in Cytotherapy (Oxford, England) (01-05-2021)Get full text
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Scalable manufacturing system for MSC-EV generation
Published in Cytotherapy (Oxford, England) (01-05-2020)“…Due to their potential as a key bioactive agent in regenerative medicine applications, MSC-derived extracellular vesicles (MSC-EVs) are increasingly being…”
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Exosomes/EVs: DEVELOPING A MICROCARRIER STIRRED TANK PROCESS FOR LARGE-SCALE HMSC-EV PRODUCTION
Published in Cytotherapy (Oxford, England) (01-05-2022)Get full text
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