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Potential
Arthritis Drug Falls Short
Efforts to develop a new
class of chronic arthritis medications using a painkiller compound
naturally produced by the body have fallen short, researchers say. A
new animal-based study has shown that endomorphin, the morphine-like
pain control agent in question, does not have any "observable
effect" on reducing the sensitivity of arthritic joint nerves in the
long run. The therapy did, however, provoke a dramatic reduction --
upwards of 75 percent -- in short-term joint hypersensitivity.
"I don't think it's all
negative news," said study co-author Jason J. McDougall, an
associate professor in the department of physiology and biophysics
at the University of Calgary in Alberta, Canada. "We were able to
block pain responses in normal joints and also in the early stages
of arthritis. But clearly arthritis is a chronic long-term disease,
so we were obviously disappointed that we weren't able to block the
pain of long-term inflammation."
Neurochem
receives third positive recommendation
Neurochem Inc. (Laval)
announced that its Independent Safety Review Board (ISRB) has issued
a third recommendation to continue the Company's North American
Phase III clinical trial for Alzhemed(TM), an investigational
product candidate for the treatment of Alzheimer's disease (AD). The
recommendation by the ISRB members was based on their recent review
of the safety data from 1,042 patients who have been on study
medication for an average of 20 weeks. Neurochem's ISRB for
Alzhemed(TM) is made up of independent medical experts who monitor
and evaluate the safety of patients taking part in the Alzhemed(TM)
Phase III clinical trial in North America.
Chromos Enters
License Agreement With BD for T-cell Expansion Patents
Chromos Molecular Systems
Inc. (Burnaby) announced that a patent license has been granted to
BD (Becton, Dickinson and Company), a global medical technology
company, under Chromos' U.S. Patent Number 6,316,257 and 6,890,753
and their foreign counterparts relating to expansion of
antigen-specific T-cells. Under terms of the agreement, BD is
granted a license to the Chromos patents for a limited field of use
and will pay license fees, maintenance fees, milestone payments and
royalties on sales of products and services covered by the patent.
The financial terms and the field of use of the license were not
disclosed.
Chemokine
expands protection of core anti-cancer technology
Chemokine Therapeutics
Corp. (Vancouver), a biotechnology company developing chemokine-based
therapies to treat cancer, blood disorders, cardiovascular, and
infectious diseases, announced that it has been granted U.S. Patent
No. 6,946,445 relating to a broad range of composition of matter
claims, which include claims that cover its lead anti-cancer
compound, CTCE-9908, among others. CTCE-9908 is designed to block
CXCR4, a receptor found on the surface of cancer cells.
CTCE-9908 is part of a new
generation of anti-cancer drug candidates that have the potential to
both stop the spread of cancer (anti-metastasis) and slow the rate
of cancer growth (anti-angiogenesis). The target receptor for
CTCE-9908, CXCR4, is present on most tumours, including lung,
breast, colon, ovarian, bone, brain and skin cancer cells. In
experimental animal models, CTCE-9908 reduced cancer metastases by a
significant 50-70%.
Viventia
receives Health Canada clearance to initiate Phase II cancer trial
Viventia Biotech Inc.
(Toronto) announced that it has received clearance from Health
Canada to initiate a Phase II study evaluating Proxinium(TM) for the
treatment of patients with chemotherapy-refractory recurrent head
and neck cancer. "This clearance will allow us to expand our
proposed Phase II trial for Proxinium(TM) to include Canadian
patients and reflects our strategy to ultimately develop
Proxinium(TM) on a global basis," said Dr. Nick Glover, Viventia's
President and CEO.
Angiotech
Announces Drug Discovery And Development Agreement
Angiotech Pharmaceuticals,
Inc. (Vancouver) announced a license and research collaboration
agreement with CombinatoRx, Incorporated focused on the selection
and development of novel combination pharmaceutical compounds for
Angiotech's local interventional therapy applications. The
collaboration significantly expands Angiotech's library of
potentially useful drug compounds by providing Angiotech with access
to CombinatoRx's compound library of over 2 million analyzed
combinations of known pharmaceuticals, for exclusive use in various
interventional medicine fields.
Lorus results
of clinical assay development for GTI-2040/GTI-2501
Lorus Therapeutics Inc.
(Toronto), a biopharmaceutical company specializing in the
development and commercialization of pharmaceutical products and
technologies for the management of cancer, announced that scientists
at Lorus have published the results of assay development studies in
human blood samples for the company's antisense drugs currently in
Phase II clinical trials. The results appear in an article titled,
"Optimization of the PAXgene(TM) blood RNA extraction system for
gene expression analysis of clinical samples", which was published
in the September issue (Volume 19, issue 5, pages 182-188) of the
Journal of Clinical Laboratory Analysis. The article also appears
online.
Labopharm,
GlaxoSmithKline to Commercialize Once-Daily Tramadol
Labopharm Inc. (Laval)
announced that it has completed a licensing and distribution
agreement for its once-daily tramadol product for 20 Latin American
and Caribbean countries with GlaxoSmithKline (GSK). Combined, the 20
countries covered by the agreement represent annual pharmaceutical
sales of more than US$13.0 billion and pain product sales of more
than US$1.2 billion. Labopharm has now secured marketing partners
for its once-daily tramadol product for 41 countries, including the
United States and four of the five largest markets for tramadol
products in Europe.
Oncolytics
Biotech Inc. Announces Issuance of Second Canadian Patent
Oncolytics Biotech Inc. (Calgary)
announced it has been granted Canadian Patent 2,428,206 entitled
"Methods for the treatment of cellular proliferative disorders." The
claims describe methods of treating various types of cellular
proliferative disorders including neurofibromatosis and neoplasms
(cancers) by the administration of various strains of the reovirus.
"The claims in Oncolytics' second Canadian patent provide broad
coverage for the use of reovirus in treating cellular proliferative
disorders including cancers," said Dr. Matt Coffey, Chief Scientific
Officer for Oncolytics. "This patent complements existing
intellectual property coverage of reovirus for the treatment of
various human cancers in the U.S., Europe and worldwide." |