Visible particles are one of the most important sample attributes to monitor when developing and manufacturing biopharmaceuticals and other …
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Flow Imaging Microscopy (FIM) via FlowCam plays a crucial role in biotherapeutic development by providing a tool for quantifying and characterizing …
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Comprehensive characterization of biotherapeutics is often challenging, given their complexity. In many cases, singular analytical methods cannot …
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Subvisible particles (those 2-100 μm in diameter) in protein, cell, and gene therapies and other parenteral drug products pose risks to the safety …
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All biotherapeutics contain particulate matter, defined by the United States Pharmacopeia (USP) as mobile undissolved particles that are …
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Scientists using FlowCam in biopharmaceutical research need to accurately assess many diverse particle types that may be present in their samples. …
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Strategies for monitoring subvisible particles in biopharmaceutical formulations are central to developing and manufacturing safe, effective drug …
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Assessing subvisible particle content is a required quality control step for biotherapeutics and other parenteral drug products. The United States …
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All types of biotherapeutics, ranging from protein therapies to cell and gene therapies, contain particles. While the types of particles can vary …
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One of the main values of using flow imaging microscopy (FIM) when analyzing pharmaceuticals is the method's sensitivity to transparent particles. …
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Optimizing FlowCam context settings and instrument parameters used during particle analysis is an important step in developing a protocol for …
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Beginning October 22nd, the American Association of Pharmaceutical Scientists (AAPS) will welcome attendees to PharmSci 360 - an annual gathering of …
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