Basel, March 20, 2020 - Novartis announced
today its commitment to donate up to 130 million doses of generic
hydroxychloroquine to support the global COVID-19 pandemic response.
Hydroxychloroquine and a related drug, chloroquine, are currently under
evaluation in clinical trials for the treatment of COVID-19. Novartis is
supporting ongoing clinical trial efforts, and will evaluate needs for
additional clinical trials.
When supported for use in COVID-19 infected patients by
regulatory authorities, Novartis intends to donate up to 130 million 200 mg
doses by the end of May, including its current stock of 50 million 200 mg
doses. The company is also exploring further scaling of capacity to increase
supply and is committed to working with manufacturers around the world to meet
global demand.
Novartis Sandoz division currently only holds a registration
for hydroxychloroquine in the U.S., and will pursue appropriate regulatory
authorizations from the U.S. FDA and the European Medicines Agency. Novartis
will work with stakeholders including the World Health Organization to
determine the best distribution of the medicine to ensure broad access to
patients most in need of this medicine globally. The company aims to ensure
that patients currently depending on this medicine are not impacted by the
donation.
The commitment announced today builds on the previously
announced commitments of a USD 20 million Novartis COVID-19 Response Fund, drug
discovery collaboration efforts, support of clinical trials for existing
Novartis medicines, and the Sandoz commitment to maintain stable prices on a
basket of essential medicines that may help in the treatment of COVID-19.
Novartis intends to work closely with other manufacturers to
scale up production of hydroxychloroquine as necessary to support global
supply, and encourages industry, governments and international institutions to
ensure adequate global supply of medications to treat COVID-19 patients.
1 comment:
Interesting. Hope the pandemic will end soon due to the discovery of new medications.
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