Downstream Processing
Everyone
- 13 videos | 1h 12s
- Includes Assessment
In this course, Dr. Paul Barone will teach you all about the downstream processing step of biopharmaceutical manufacturing.
WHAT YOU WILL LEARN
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Understand the basics of downstream processingRemember the details of proteins structureUnderstand downstream modifications to biologic medicinesUnderstand how cell harvest works in downstream processingUnderstand how centrifugation works in actionUnderstand cell disruptionUnderstand the basics of filtration
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Understand the design of a filtration unitUnderstand how depth filtration works in actionUnderstand how ultrafiltration works in actionUnderstand chemical recovery of pro-insulinUnderstand the industry from a professionalUnderstand the industry from a company perspective
IN THIS COURSE
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6m 17sIn the following video, Dr. Barone gives an overview of the key steps in isolating and purifying a biologic drug from upstream culture fluid. He also describes the molecular attributes that allow proteins to be separated from one another. FREE ACCESS
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5m 52sIn the following video, Dr. Barone discusses the protein characteristics and their related separation techniques in more detail. FREE ACCESS
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5m 41sIn the following video, Dr. Barone gives several examples of downstream modifications to biologic medicines, such as PEGylation, glycosylation, and enzymatic cleavage, and their impact on downstream processing. FREE ACCESS
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4m 22sIn the following video, Dr. Barone provides a more detailed overview of centrifugation, one of the tools often used in the primary recovery step of downstream processing. FREE ACCESS
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2m 6sNow that you've learned what a centrifuge is, we should see what one looks like. Dr. Barone is on-site at the Pfizer Pilot facility in Andover, MA. There he talks with Scientist Mark Kivimaki about a continuous flow disc-stack centrifuge. FREE ACCESS
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5m 37sIn the following video, Dr. Barone discusses cell disruption topics in more detail, including the distinct advantages and disadvantages for each technique. FREE ACCESS
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5m 52sIn the following video, Dr. Barone discusses filtration in more depth. He will teach you about the various filtration methods, including microfiltration, nanofiltration, dead-end filtration, tangential-flow filtration, diafiltration, and surface filtration. FREE ACCESS
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3m 11sIn the following video, Dr. Barone describes filtration equations in more detail. Designing a filtration unit operation mostly depends on two parameters: the permeate flux and the rejection coefficient. FREE ACCESS
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1m 49sWe just covered quite a bit about filtration, so let's go see what different types of filtration units look in action. Dr. Barone returns to the Pfizer Pilot facility to continue his discussion with Mark Kivimaki. They discuss depth filtration and how it fits into a manufacturing process. FREE ACCESS
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4m 1sContinuing on our field trip to see filtration operations in action, Dr. Barone is back at Pfizer to talk to Principal Scientist Daniel LaCasse about ultrafiltration and diafiltration. FREE ACCESS
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3m 24sIn the following video, Dr. Barone discusses some chemical processing steps necessary in the purification of insulin, including the dissolution of inclusion bodies to recover the insulin, chemical modification of the collected product, and the formation of disulfide bonds. FREE ACCESS
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6m 18sLearn about biomanufacturing from an expert FREE ACCESS
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5m 42sLearn about the biomanufacturing company Biogen FREE ACCESS
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