Nanobiotix and BiotechCorp Announce Initial Focus of Their
Collaboration: P-O-C Diagnostics and Drug Delivery Systems for Tropical
Diseases, Such as Malaria
PARIS (Business Wire EON/PRWEB ) September 24, 2008 --
Nanobiotix,
an emerging nanomedicine company focused on cancer therapy, announced
today that the Company and its partner, Malaysian Biotechnology
Corporation Sdn Bhd (BiotechCorp), will initially focus their
collaboration on developing point-of-care (P-O-C) diagnostics and
drug delivery systems for tropical diseases, such as malaria.
BiotechCorp has acquired an exclusive, global license to a Nanobiotix
nanotechnology platform for non-cancer purposes. As part of the
collaboration, three BiotechCorp scientists will take up residence at
Nanobiotix for a period of 12 months to undergo the technology transfer
training.
Malaria is a disease that can be transmitted to people of all ages
through the bites of infected mosquitoes. Approximately 40% of the world’s
population is at risk of malaria. Every year, more than 500 million
people worldwide become severely ill with malaria. Early diagnosis and
effective treatment of malaria disease will shorten its duration and
prevent the development of complications and the great majority of
deaths from malaria.
“We are proud to be the first partner of
Nanobiotix outside of its cancer focus,” said
BiotechCorp’s CEO Datuk Iskandar Mizal
Mahmood. “We firmly believe that the
opportunity to help save millions of lives is in fact a near-term
possibility as a result of this collaboration between BiotechCorp and
Nanobiotix. Additionally, this collaboration is a significant testimony
to the readiness of the Malaysian biotechnology industry in
commercializing science to market, whilst addressing challenges in our
part of the world.”
“BiotechCorp offers Nanobiotix a direct route
through Asia,” said Laurent
Lévy, Ph.D., President and CEO of
Nanobiotix and Co-President of the French Technology Platform on
Nanomedicine (FTPN). “Certainly, their
strategic location in the heart of Asia, along with Malaysia’s
pro-business government, political stability, and cost-effective base
for doing business are among the many good reasons we have chosen to
partner with BiotechCorp.”
Dr. Lévy will be a keynote speaker on
nanotechnology at “Bio Malaysia 2008”—the
Malaysian global biotechnology event that will take place from October
7-9 in Kuala Lumpur, Malaysia. For further details about this event,
please visit www.biomalaysia.com.my.
ABOUT BIOTECHCORP
BiotechCorp is the lead development agency for the biotech industry in
Malaysia and acts as a central contact point providing support,
facilitation and advisory services for life sciences companies in
Malaysia. Since its establishment in 2005, BiotechCorp has played a key
role in building the biotech business in Malaysia. To date, BiotechCorp
has facilitated the development of 71 BioNexus-status companies in
Malaysia, with total approved investment of US$400 million (RM1.3
billion). BioNexus-status companies are international and Malaysian
biotech companies that qualify for fiscal incentives, grants and
guarantees administered by BiotechCorp. For further details, please
visit www.biotechcorp.com.my.
ABOUT
NANOBIOTIX
Nanobiotix is an emerging nanomedicine company combining dramatic
advances in nanotechnology and molecular biology to develop nanoXray™—
a technology platform that is expected to be turned ‘on’
and ‘off’
outside the body to selectively treat a variety of cancers safely and
noninvasively. Use of nanoXray is intended to resolve radiation
therapy’s biggest drawback: destruction of
healthy tissue and its subsequent deleterious side effects when a high
dose of Xray is necessary. The core of a nanoXray nanoparticle is
an inactive and inert substance—not a drug—that
can be activated to locally (intratumor) increase the dose of Xray,
which is then expected to lead to higher efficiency. After nanoXray
nanoparticles accumulate in the target tissues, a standard X-ray is
applied that is intended to generate a local therapeutic effect,
designed to destroy only the targeted tumor cells. This mechanism
suggests total control of the intended therapeutic effect.
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