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Transforming Biomanufacturing: Potential of Cell Free Systems

Roots Analysis

Overview of Cell Free Systems Cell-free systems are ­in-vitro platforms which allow occurrence of biochemical reactions in the absence of living cells. These expression systems utilize bio machinery harvested from the lysate of disrupted cells for the manufacturing of a wide array of macromolecular and small molecule products.

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Pfizer to Provide U.S. Government with an Additional 3.7 Million Treatment Courses of PAXLOVID™ to Help Combat COVID-19

Pfizer

Nirmatrelvir is designed to inhibit viral replication at a stage known as proteolysis, which occurs before viral RNA replication. Nirmatrelvir has shown consistent in vitro antiviral activity against the following variants: Alpha, Beta, Delta, Gamma, Lambda, Mu, and Omicron BA.1, The additional 3.7

Drugs 110
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U.S. FDA Extends Review of Pfizer’s New Drug Application for PAXLOVID™

Pfizer

Nirmatrelvir is designed to inhibit viral replication at a stage known as proteolysis, which occurs before viral RNA replication. FDA Extends Review of Pfizer’s New Drug Application for PAXLOVID™. Tuesday, December 20, 2022 - 04:30pm. Pfizer oral treatment remains available to eligible U.S. NEW YORK, December 20, 2022 -- Pfizer Inc.

Drugs 69
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Pfizer Signs Agreement to Provide the European Union with PAXLOVID™

Pfizer

Europe plays a critical role in the delivery of PAXLOVID to patients across the globe, as the site of four of Pfizer’s key PAXLOVID manufacturing facilities. Nirmatrelvir is designed to inhibit viral replication at a stage known as proteolysis, which occurs before viral RNA replication.