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Leipzig
Area Biotech Startups Seen as Economic Engine for Leipzig-Halle
Region
Between
1995 and 1999 the number of biotech companies in Germany
jumped by 300 percent. This growth is concentrated among
biotech clusters that have developed near
several major cities, including Munich, Berlin, and
in southwestern Germany along the Rhine River.
The
biotech cluster in the German Free State of Saxony is
relatively young and none of the companies there, so
far, are listed on the stock exchanges. Major growth
and profitability in biotechnology is anticipated over
the next two to three years according to Mr. Hedrik
Liegers, Associate Director of Sachsen LB Gruppe, a
venture capital company in Leipzig.
The
German government has served as a catalyst for much
of the growth. In 1996, a government-sponsored competition
was held to determine where the best places to promote
the biotech industries in Germany were. The Thuringian
town of Jena won a prize for its focus on life sciences
instrumentation. The Dresden area was recognized for
its strengths in the field of bio-informatics.
The
Leipzig-Halle region was also recognized as a good place
to invest public dollars to support private startup
biotech companies. Since then, nearly forty small and
mid-sized biotech companies have formed in the Leipzig-Halle
area that fall into three general categories:
Pharmaceuticals Working with substances that
target only certain enzymes
Tissue engineering Using stem cells to regenerate
and restore tissues and organs
Plant biotechnology Advanced breeding technologies
and new pest-resistant plants
A
major factor in the rapid development of biotech startups
in the Leipzig region has been public support for the
creation of incubator space. These concentrated
areas are designed to help young companies through the
high risk early phase of development. Some of these
incubator centers include: Business & Innovation
Center Leipzig a public-private center devoted
to supporting biotech, environmental and high tech entrepreneurs.
The Center, headed by Ms. Anette Ehlers, provides assistance
in securing venture capital, office and lab space. It
helps with consulting and facilitates contacts with
other businesses and government agencies. See www.bic-leipzig.de.
BioRegion Halle-Leipzig Management GmbH an organization
based in the town of Halle provides incubator support
for startup companies pursing drug development, plant
biotech and tissue engineering. CEO Uwe Schrader points
out that much of the innovation and new research is
fueled by the centers proximity of the universities
in the area, such as Martin-Luther University. In addition,
the universities of Halle-Wittenberg and Leipzig are
traditional centers for medical, drug, biochemical and
chemical research. See www.bioregion-halle-leipzig.de/bioregion.htm.
Biotechnology-Biomedicine Centrum (BBZ) When
completed in 2003, this ultramodern research center
will offer scientists and startup companies the facilities
and support needed to assist them in developing and
commercializing new products. See www.bio-center-leipzig.de.
Tissue
engineering has been the focus of developers around
Leipzig University. Special know-how has been developed
for the applications that treat cells outside the body,
reproduce cells or improve the functions of cells. With
the help of cell and organ cultivation, damaged tissues
or organs can be replaced and repaired.
One
Leipzig firm, Vita 34, has developed a process that
involves storage of samples of ones own blood.
The process uses stem cells in the blood sample to identically
reproduce ones own blood when needed in a future
medical emergency.
Other
new processes that are being developed by companies
in the region include: Cell cultivation systems for
patient specific cellular cancer therapy systems for
the production of monoclonal antibodies; research into
the establishment of hybridomas (generating hybrid cells
that can produce single types of antibody molecules).
Civic leaders and private investors alike are openly
optimistic about the future of biotech in the Leipzig-Halle
region. Drawing upon seven universities and colleges,
six internationally recognized research institutions
and a long local tradition of scientific achievement
and innovation, startup biotech companies are estimated
to generate up to 30% of all newly created jobs and
to make a significant contribution to the regional economy
in the years ahead.
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