Once regulators approve the vaccine, Fosun will market it in China,
with BioNTech retaining rights for the rest of the world, the German
group said, adding that it was aiming to start testing on humans
from late April.BioNTech also said it was in advanced discussions
with its existing partner Pfizer over the development of the vaccine
outside China. The U.S. pharma giant earlier this month identified
BioNTech as a potential partner for the development.
Mainz-based BioNTech, founded in 2008 and listed on the Nasdaq
exchange in October last year, said it intends to initiate clinical
testing for the compound called BNT162 in Europe, the United States
and China.
The race is on to develop an immunisation, which is seen as by far
the most effective tool to halt the global spread of the pathogen.
U.S. rival Moderna, which is working with the U.S. National
Institutes of Health, is the closest to human testing, announcing
plans to start a trial in Seattle this month.
BioNTech's unlisted German rival CureVac aims to be ready by July to
request the go-ahead for testing on humans of an experimental
vaccine, while Johnson & Johnson has said it is optimistic it can
start vaccine testing later this year.
Signs of a tussle between national governments over medical gear and
rights to therapeutics have already started to emerge.
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The German government is trying to stop the U.S. administration from persuading
CureVac to move its research to the United States.
China's Fosun will pay BioNTech up to $135 million in upfront and potential
future investment and milestone payments for development achievement, BioNTech
said, adding that the two companies will share future gross profits from the
sale of the vaccine in China.
Fosun will also take a 0.7% stake from new shares in BioNTech for $50 million.
BioNTech said it plans to produce the vaccine for the clinical trials together
with contract manufacturer Polymun GmbH at BioNTech's manufacturing facilities
in Europe.
BioNTech, CureVac and Moderna have specialised in so-called messenger RNA (mRNA)
molecules which instruct human cells to produce proteins that trigger an immune
response in the body against cancer or infectious diseases.
(Reporting by Ludwig Burger, editing by Thomas Seythal, Edward Taylor & Shri
Navaratnam)
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