Pfizer

AUGUST 15, 2022

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 FDA Emergency Use Authorization Statement.

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Pfizer

JANUARY 27, 2023

Nirmatrelvir is designed to inhibit viral replication at a stage known as proteolysis, which occurs before viral RNA replication. The European Commission (EC) will review the CHMP recommendation and is soon expected to make a final decision. In preclinical studies, nirmatrelvir did not demonstrate evidence of mutagenic DNA interactions.

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Pfizer

DECEMBER 13, 2022

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

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Pfizer

DECEMBER 20, 2022

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.

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Pfizer

NOVEMBER 23, 2022

Nirmatrelvir is designed to inhibit viral replication at a stage known as proteolysis, which occurs before viral RNA replication. This agreement, negotiated with the Health Emergency Preparedness and Response Authority (HERA) of the EC, is in addition to the bilateral agreements Pfizer has previously signed with 17 EU Member States. .

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