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ABLYNX AND ALGETA ENTER INTO A RESEARCH COLLABORATION TO EVALUATE THE POTENTIAL OF NOVEL ALPHA-PHARMACEUTICALS COMPRISING THORIUM-277 CONJUGATED TO TUMOUR-TARGETING NANOBODIES



2012-11-21 07:06:34 -


GHENT, Belgium and OSLO, Norway, 21 November 2012 - Ablynx [Euronext Brussels:
ABLX] and Algeta ASA [OSE: ALGETA] announce a research collaboration to evaluate
a novel Targeted Thorium Conjugate (TTC) based on combining Algeta's proprietary
thorium-227 alpha-pharmaceutical payload with Nanobodies® generated using
Ablynx's proprietary technology platform.

Under the terms of the collaboration, Ablynx will provide access to novel
Nanobodies against a specific, undisclosed target and Algeta will provide access
to chelation and conjugation technologies, as well as to its alpha-emitter
thorium-227. Both companies will contribute resources towards the collaboration,
which is expected to last for up to a year initially with the option for
extension thereafter. No further terms have been disclosed.

Andreas Menrad, Chief Scientific Officer of Ablynx, said:

"We are very pleased to be working with Algeta to discover and develop novel
cancer therapeutics based on both companies' proprietary technologies. Our
Nanobodies have the potential to selectively and efficiently deliver Algeta's
thorium-227 to the site of the tumour. We are very excited about combining our
unique and powerful technology with Algeta's leading payload expertise to search
for breakthrough opportunities in oncology."

Thomas Ramdahl, Executive Vice President and Chief Technology Officer of Algeta,
said:

"The collaboration with Ablynx, the fifth TTC programme to be disclosed by
Algeta, is designed to evaluate the potential of a Nanobody to act as the
targeting molecule for the alpha-pharmaceutical payload, thorium-227. This
payload has the potential to provide higher potency and more effective delivery
over other therapeutic payloads, with the further advantage that there are no
known cellular resistance mechanisms to the cell killing properties of alpha
particles."

For more information, please contact

Ablynx:
Dr Edwin Moses
Chairman and CEO
t:   +32 (0)9 262 00 07
m: +44 (0)7771 954 193 /
    +32 (0)473 39 50 68
e:  edwin.moses@ablynx.com

Marieke Vermeersch
Associate Director Investor Relations
t:   +32 (0)9 262 00 82
m: +32 (0)479 49 06 03
e:  marieke.vermeersch@ablynx.com
Follow us on Twitter @AblynxABLX

M:Communications:
Mary-Jane Elliott, Amber Bielecka, Claire Dickinson
t:   +44 207 920 2330
e:  ablynx@mcomgroup.com


Algeta:
Mike Booth
Communications & Corporate Affairs
+47 2202 4510
ir@algeta.com

Kari Watson
MacDougall Biomedical Communications
+1 781 235 3060
kwatson@macbiocom.com

Media enquiries:
Mark Swallow
Citigate Dewe Rogerson
+44 207 638 9571
mark.swallow@citigatedr.co.uk

US investor enquiries:
Tricia Swanson
The Trout Group
+1 646 378 2953
tswanson@troutgroup.com


About Ablynx

Ablynx is a biopharmaceutical company engaged in the discovery and development
of Nanobodies(®), a novel class of therapeutic proteins based on single-domain
antibody fragments, for a range of serious human diseases, including
inflammation, haematology, oncology and pulmonary disease. Today, the Company
has approximately 25 programmes in the pipeline and seven Nanobodies at clinical
development stage. Ablynx has ongoing research collaborations and significant
partnerships with major pharmaceutical companies including Boehringer Ingelheim,
Merck KGaA, Novartis and Merck & Co. The Company is headquartered in Ghent,
Belgium. More information can be found on www.ablynx.com.


About the Ablynx Nanobody platform

Nanobodies are antibody-derived therapeutic proteins that contain the unique
structural and functional properties of naturally-occurring heavy-chain
antibodies. The Nanobody technology was originally developed following the
discovery that camelidae (camels and llamas) possess fully functional antibodies
that lack light chains. These heavy-chain antibodies contain a single variable
domain (VHH) and two constant domains (CH2 and CH3). Importantly, the cloned and
isolated VHH domain is a perfectly stable polypeptide harbouring the full
antigen-binding capacity of the original heavy-chain antibody. These newly
discovered VHH domains with their unique structural and functional properties
form the basis of a new generation of therapeutic antibodies which Ablynx has
named Nanobodies.


About Algeta

Algeta is a company focused on developing novel targeted therapies for patients
with cancer based on its alpha-pharmaceutical platform. The Company is
headquartered in Oslo, Norway, and has a US subsidiary, Algeta US, LLC, based in
Cambridge, MA performing commercial marketing operations in the US. Algeta is
listed on the Oslo Stock Exchange (Ticker: ALGETA). For more information please
visit www.algeta.com.


About the Algeta TTC Platform

Algeta is evaluating the potential utility of alpha-particle emitting elements
in the treatment of cancer. Previous studies[1] have indicated that such
elements may have value in treating cancers by causing double-strand DNA breaks
that trigger cell death, and have also shown that the effects of alpha-emission
are highly localised as a result of the very short range of the alpha particle
(2-10 cell diameters). Thorium-227 is one alpha-particle emitting element
(radionuclide) that has been selected by Algeta for further investigation. By
linking thorium-227 to cancer-targeting molecules such as monoclonal antibodies,
Algeta believes it may be possible to develop a pipeline of targeted alpha-
pharmaceuticals, termed Targeted Thorium Conjugates, or TTCs. The TTC platform
is at an early research phase in development. Algeta intends to evaluate TTCs in
a broad range of cancer types to determine whether the TTC platform could offer
advantages over naked (un-armed) antibodies or antibody-drug conjugate
technologies that use cytotoxic drugs (rather than alpha-emitting elements) as
payloads. Such advantages could include increased potency, a more localised
tumouricidal effect and the potential to address drug resistance by virtue of
the physical action of the alpha particles.

[1] Hall (1994) Radiobiology for the Radiologist (Lippincott, Philadelphia)


press release in pdf:
hugin.info/137912/R/1659601/537304.pdf



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