Friday, September 03, 2010

Site Search

Archive for April, 2006

Natural Products in Drug Discovery & Development

Taylor and Francis’ 2nd annual conference:

Natural Products in Drug Discovery & Development

Wednesday and Thursday 21st and 22nd June 2006, Copthorne Tara Hotel, London

One year on from our first highly successful conference, Taylor and Francis’ 2nd annual conference on Natural Products in Drug Discovery & Development will provide the complete platform to bring you up to date with all the latest advances in natural products for drug discovery and development.

Attend this conference and gain valuable knowledge on the exciting future of natural products for drug discovery and development. Knowledge you will be able to carry forward in your area of practice.

Key Speakers include:

· Dr Barrie Wilkinson, Director of Chemistry, Biotica Technology Ltd (Chairman)
· Dr Thomas Henkel, CEO, Intermed Discovery, GMBH, C/OBayer Healthcare
· Dr Leonard McDonald, Principal Research Scientist, Natural Products Discovery, Wyeth Research
· Dr Olga Genilloud, Senior Research Fellow, Merck Sharp and Dohme
· Dr Kenneth Lloyd, Chief Scientific Officer, Nereus Pharmaceuticals Inc.

For more information visit www.tandfevents.com/naturalproducts. Alternatively, please call +44 (0) 0207 017 5523 for further information.

Discounts available are available to CRO’s and small biotech; Academia, Government Research Organisations and ASP members. Group booking discounts are also available.

Commercial Potential of Personalized Medicine

Event Summary:

Personalized medicine encompasses much more than genetics. New technologies and achievements in science have brought us a whole new way of thinking in medicine. In this forum, you can learn from the most experienced companies how to explore this field of huge medical and commercial potential. Get the most useful information in valuable presentations, interactive panel discussions, and networking coffee breaks & cocktail reception.

Key Speakers:

Giuseppe Colucci, Roche Molecular Systems-RIC
Medical Manager Scientific Affairs

David Chen, Sanofi-Aventis
Clinical Research Director, Experimental
Medicine


Duncan McHale
, Pfizer Global R & D
Senior Director and Head Molecular Profiling


Steffen Stürzebecher
, Schering AG
Head of Global Pharmacogenomics, Global Preclinical Development

Key topics:

Which pharmaceutical areas can benefit most from personalized medicine?

Moving from Pharmacogenetic Effect to Personalized Medicine

What is the role of molecular diagnostic/predictive markers in this field?

Pharmacogenomics as a phase IV activity and a product life cycle management tool

Who should attend:

Vice Presidents, Heads, Senior Level Directors and Managers working in: R&D, Pharmaceutical Development, Pharmacogenomics, Exploratory Medicine, Clinical Development, Diagnostics, Business Development, Genomics, Clinical Research

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=238

3rd Pharma HR Management

Date: 18th & 19th May 2006, Prague

 

Event Summary:

Human Resource Management has become a priority on the boardroom agenda of many Pharmaceutical companies. Organizations have realized, that developing an HR strategy that complements and supports the business strategy and acts as a strategic partner is essential for the success of the business.

How do leading pharma and biotech companies achieve maximum results through their HR strategies? What is the latest experience with HR metrics, HR Business Process Excellence and the Balanced Scorecard?

Building on the success of last two years, this event will showcase a number of in-depth case studies and interactive discussions on the latest in HR management. The interactive format and the five star setting with ample networking opportunities will give the participants an interactive, experience driven learning opportunity.

 

Key Speakers:

Zoltan Csimma, Senior Vice President HR, Genzyme
Dr. Matthias Schuster
, Senior Vice President Global HR, Bayer HealthCare
Bruria Sofrin
, Corporate Vice President HR, Teva Pharmaceutical Industries Ltd.
Saumen Chakraborty, Executive Vice President and CHief Officer HR, IT and BPE, Dr. Reddy`s Laboratories Ltd.
Giorgio Davidoni, HR & IT Director Italy, Eli Lilly Italia

Key topics:

Changing Human Resources from the Inside

New Business Models – What Is the Future of HR?

Analyzing HR Metrics

Case studies from India, USA and Europe on HR effectiveness

Integrating Business Process Excellence with Balanced Scorecard to build a high performing Organization

Who should attend:

Vice Presidents, Heads, Senior level Directors and Managers working in: Human Resources, HR Planning and Controlling, Corporate HR, HR Policies and Systems

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=222

3rd Annual CEE Pharmaceutical Challenges

Date: 12th & 13th June 2006, Budapest

 

Event Summary:

This event will provide a platform for discussing the hottest issues in the region today. Representatives of the leading pharmaceutical companies, regulatory bodies and associations will explore how to overcome the challenges of successful cooperation with the local governments, parallel trade, EU regulations and the role of generics in the CEE region.
This five star event is the ideal meeting place for leaders, who wish to get first hand information on the industry, network with their industry peers and get to know their competitors.

 

Key Speakers:

Luiz Gonzalez Vaque, Adviser, European Commission
Krisztina Szekely
, Head of Corporate Affairs / President of the Association of Innovative Pharmaceutical Manufacturers (AIPM), Pfizer Hungary
Oliver Schwerdt
, Global Pricing Manager, Schering AG
Laura de la Iglesia Gutierrez
, European Public Affairs Manager, Novartis International
Radunka Cvejic
, External Affairs Director, AstraZeneca Poland

Key topics:

The impact of EU enlargement on the Parallel Trade; find out whether it is a  threat or a benefit

Identifying sustainable Pharma pricing strategies and utilizing them to practical needs; Pricing and Reimbursement workflows in practice – Schering case study

Cooperation with the Government – what are the best ways to promote interests of pharmaceutical companies

Role of Generics in CEE region – learn how to build a relationship between original and generics Pharma companies in CEE

Emerging Market Overviews – find out all the details from people that work in markets of Romania, Ukraine and Croatia

Who should attend:

Country Managers, Area Directors, Directors and Senior Managers from areas of Business Development, Strategic Planning, Governmental Affairs, Corporate Affairs, Pricing & Reimbursement

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=230

Ion Channel Targets Conference – Provisional Agenda Released

For their second annual meeting, Select Biosciences have again assembled a world class mixture of the best minds in this dynamic field.  Over 200 attendees are expected and more than 10 exhibition booths will be presenting the latest technologies available. To be held 12-13 Sept 2006 in downtown Boston, this conference will provide a major networking opportunity and an un-missable event for those wishing to keep abreast of new developments in ion channel research.

Keynote Presentations will include:

New Ion Channel Drug Targets
Prof. David Clapham, Howard Hughes Medical Institute, Harvard Medical School

TRPM Channels are Pharmacological Targets
Prof. Reinhold Penner, Center for Biomedical Research, The Queen’s Medical Center, University of Hawaii

Agenda sessions:

- Automated Patch Clamp Assays
- Studying Ion Channels: It’s Academic
- Ion Channel Drug Discovery in Big Pharma
- TRP Channels
- Voltage-gated Ion Channels: Easy Opening Therapeutic Targets
- Ligand-gated Ion Channels: Challenges and Victories

For the full agenda please visit http://www.IonChannelTargets.com

Selected media partnerships are available for this event.

About Select Biosciences
http://www.SelectBiosciences.com

Select Biosciences Ltd. is focused on organizing specialist biomedical meetings. Experts from both academia and commerce present timely information from current research through to commercial implementation of new technologies. These events also provide a unique networking facility and the opportunity to reach a highly targeted scientific audience.

For further information on this conference, contact: Karen Saunders ksaunders@selectbiosciences.com

New Target in the War on Cancer Ready to Download to Your Computer

In the news release, New Target in the War on Cancer Ready to Download to Your Computer, issued earlier today by The Rothberg Institute for Childhood Diseases over PR Newswire, we are advised by the company that the subhead, should read “‘We’re excited to have a target that anyone can download to their personal computer that will allow them to participate in the development of drugs for both tuberous sclerosis and cancer,’ says Wolfgang Hinz, head of Computational Chemistry at The Rothberg Institute.” rather than “‘It’s only fitting that a distributed computer platform allows global participation to potentially prevent a global pandemic,’ says Wolfgang Hinz, head of Computational Chemistry at The Rothberg Institute” as originally issued inadvertently.

New Target in the War on Cancer Ready to Download to Your Computer

Largest volunteer computer-based drug design project allows you to contribute to the search for drugs for Tuberous Sclerosis and other childhood diseases’It’s only fitting that a distributed computer platform allows global participation to potentially prevent a global pandemic,’ says Wolfgang Hinz, head of Computational Chemistry at The Rothberg Institute

GUILFORD, Conn., April 13 /PRNewswire/ — The Rothberg Institute for Childhood Diseases (TRI), a non-profit research institute devoted to discovering and developing drugs to treat childhood diseases, today announced the release of a new target that may be key to both fighting tuberous sclerosis and cancer. Tuberous sclerosis is a genetic disorder that may serve as a Rosetta stone for understanding cancer. Individuals can download free software to their personal computers that allows them to contribute to the largest search ever for drugs for childhood diseases. The CommunityTSC project is comprised of 40,000 volunteers and their computers in 93 countries working to identify new drugs to fight TSC and other childhood disorders.

The CommunityTSC project uses software developed at The Rothberg Institute. This software models potential drug targets and computationally tests the binding of drug candidates to these targets in order to identify promising potential drugs. The process is akin to searching through a collection of keys (drug candidates) to find the one that will fit a specific lock (target protein). Each user that downloads the software, gets one target at a time, and a set of 20 to 100 drug candidates. Using the idle time on their computer, the software tests one drug candidate at a time against the target, and sends back to central servers at The Rothberg Institute the drug candidate that has the best chance of working against the target. Results from the over 40,000 volunteers are then ranked, with the best candidates being selected for further evaluation. CommunityTSC’s top candidates are studied in leading academic centers working with The Rothberg Institute (TRI), including Harvard, Yale, and Fox Chase Cancer Center.

The introduction of the latest TSC target, Ras homolog enriched in brain (Rheb), is an exciting advance in TRI’s dedicated efforts in fighting TSC. The overexpression of Rheb has been shown to result in unusual overgrowth of various tissues, and is believed to be central to the growth processes underlying tumorgenesis. The continued identification and sharing of target proteins associated with TSC allows the CommunityTSC project to most effectively leverage the massive computer resources of its dedicated user community in finding new drug treatment options for this life-threatening disease.

Background on TSC

Tuberous sclerosis complex (TSC) is a genetic disorder characterized by the presence of benign tumors, known as hamartomas, which occur in many tissues and organs, including the brain, eyes, kidney, heart, lungs, and skin. During the first few years, the severity of TSC can range from mild skin abnormalities to severe epilepsy, mental retardation, autism, or attention deficit-hyperactivity disorder. In recent years significant advances in the understanding of the underlying cause of TSC has been made. In particular, the mutable genes (TSC1 and TSC2) responsible for the condition were identified, and the role of their respective gene products (harmatin and tuberin) explored. Interestingly, the animal models first used to formulate our modern understanding of cancer (Knudson’s two hit hypothesis) were later identified as a mutation in one of the two TSC genes. The same genes that lead to TSC in children. In addition, the first description of autism was in a TSC patient. Hamartomas are lumps of disorganized, but differentiated, cells, which in the case of TSC, can but rarely progress to malignancy. Three common and life- threatening manifestations of the disease are renal angiomyolypomas (AMLs), which can lead to kidney failure; lymphangioleiomyomatosis (LAM), a growth that occurs only in women and can require a lung transplant; and subependymal giant cell astrocytomas (SEGAs), growths that can require brain surgery.

Background on CommunityTSC

The CommunityTSC project uses TSC-relevant proteins identified by TRI and sponsored collaborators at Harvard Medical School, Yale Medical School, Fox Chase Cancer Center, and other leading institutions as therapeutic targets for computational screening. The targets are screened against all commercially available drug-like chemical entities (an estimated 2.5 million potential therapeutics) to prioritize the compounds to be tested in the laboratory both at TRI and collaborating academic institutions worldwide. To date, six targets have been identified and are currently screened by a user-community in excess of 40,000 members, in 93 countries.

About the Rothberg Institute for Childhood Diseases

The Rothberg Institute for Childhood Diseases is a private, non-profit research institution dedicated to discovering and developing therapeutics for tuberous sclerosis complex (TSC) and other childhood diseases. TSC is a genetic disorder as well as a Rosetta stone for understanding cancer and causes benign tumors in the brain, eyes, heart, kidney, skin, and lungs. The Rothberg Institute operates at the intersection of molecular biology, chemistry, nanotechnology, and computer science. The Rothberg Institute collaborates with academic laboratories at Yale, Harvard, and the Fox Chase Cancer Institute through the Rothberg Award for Courage in Research. For more information on TSC and the Rothberg Courage Award see http://www.childhooddiseases.org. The Rothberg Institute is located in Guilford, CT. To help make drugs for TSC and other childhood cancers download free software at http://www.childhooddiseases.org

Molecular Libraries Screening Center at Columbia University Adopts Tecan Freedom EVO Workstations as Part of NIH Roadmap Screening Initiative

DURHAM, N.C.–(BUSINESS WIRE)–Apr 10, 2006 – Tecan, a leading player in the health care supply industry, has signed an agreement with the Molecular Libraries Screening Center at Columbia University (New York, NY) to supply automated workstations for compound screening and profiling. Tecan’s experience in instrumentation for cell and enzyme based assays will play a central role in the automation of the screening center.

The unique strength of Columbia’s Screening Center, one of ten national centers to make up the NIH Roadmap initiative (http://nihroadmap.nih.gov/), is its experience in cell biology, high content/high resolution automated cellular imaging, and phenotypic assay design and implementation. Tecan’s expertise and novel set of instruments for laboratory scale automated cell culture and screening will automate methods from extracting cells from flasks to high throughput screening. Through this and similar projects, Tecan continues to develop more sensitive, more robust, and more easily adaptable technologies to help researchers to fully capitalize on the recent completion of the human genome sequence and further discoveries in molecular and cell biology.

Carl Severinghaus, President of Tecan US, remarked: “Tecan’s extensive experience in automating a wide range of cell culture and compound profiling applications was a key factor in our successful bid for this project. We are excited to work closely with Columbia University to develop novel solutions which are potentially suitable for all the laboratories involved in the NIH initiative.”

Professor James E. Rothman, Principal Investigator of the Columbia Center and Director of Columbia’s Genome Center, said: “We are pleased that Tecan will be our automation partner, not only because of Tecan’s excellent reputation, but also because of the much-needed flexibility and modularity its solutions provide for an academic screening site.”

Tecan (www.tecan.com) is a leading global player in the Life Sciences supply industry specializing in the development, production, and distribution of advanced automation solutions enabling pharma and academic research, diagnostics, food and veterinary research as well as forensics. Through its REMP subsidiary (www.remp.com), Tecan is the leading supplier of compound and sample storage, management and logistics solutions. Tecan clients are pharmaceutical and biotechnology companies, university research departments and diagnostic laboratories. Founded in Switzerland in 1980, the company has manufacturing, research and development sites in both North America and Europe and maintains a sales and service network in 52 countries. In 2005, Tecan achieved sales of CHF 344.9 million (USD 275.9 Mio.; EUR 222.5 Mio.). Registered shares of Tecan Group are traded on the SWX Swiss Exchange (TK: TECN / Reuters: TECZn.S / Valor: 1210019).

The Molecular Libraries Screening Center Network (MLSCN) is a nationwide consortium of small molecule screening centers that is funded by the NIH to produce innovative chemical tools for use in biological research. The MLSCN performs HTS on assays provided by the research community, against a large library of small molecules maintained in a central molecule repository. The network also performs optimization chemistry required to produce useful in vitro chemical probes (research tools for the targets or phenotypes studied in the assays) from the “hits” identified in the initial screening. The MLSCN has access to a large set of chemically diverse small molecules some of which have known biological activities and others of which have the potential to modulate novel biological functions. Over time, this collection will be expanded and modified to provide a working set of molecules that will target larger domains of “biological space,” which represents all of the biomolecular surface domains that can potentially interact with a small molecule. All of the results from the MLSCN’s activities will be placed into a public database called PubChem, and information about probe compounds will be made available to all researchers, in both public and private sectors, for their use in studying biology and disease.

Contact Tecan Dr. Greg Porter, 919-361-5200

Commercial Potential of Personalized Medicine

Date: 14th & 15th June 2006, Brussels, Belgium

Event Summary:

Personalized medicine encompasses much more than genetics. New technologies and achievements in science have brought us a whole new way of thinking in medicine. In this forum, you can learn from the most experienced companies how to explore this field of huge medical and commercial potential. Get the most useful information in valuable presentations, interactive panel discussions, and networking coffee breaks & cocktail reception.

Key Speakers:

Giuseppe Colucci, Roche Molecular Systems-RIC
Medical Manager Scientific Affairs

David Chen, Sanofi-Aventis
Clinical Research Director, Experimental
Medicine


Duncan McHale
, Pfizer Global R & D
Senior Director and Head Molecular Profiling


Steffen Stürzebecher
, Schering AG
Head of Global Pharmacogenomics, Global Preclinical Development

Key topics:

Which pharmaceutical areas can benefit most from personalized medicine?

Moving from Pharmacogenetic Effect to Personalized Medicine

What is the role of molecular diagnostic/predictive markers in this field?

Pharmacogenomics as a phase IV activity and a product life cycle management tool

Who should attend:

Vice Presidents, Heads, Senior Level Directors and Managers working in: R&D, Pharmaceutical Development, Pharmacogenomics, Exploratory Medicine, Clinical Development, Diagnostics, Business Development, Genomics, Clinical Research

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=238

3rd Pharma HR Management

Date: 18th & 19th May 2006, Prague, Czech Republic

Event Summary:

Human Resource Management has become a priority on the boardroom agenda of many Pharmaceutical companies. Organizations have realized, that developing an HR strategy that complements and supports the business strategy and acts as a strategic partner is essential for the success of the business.

How do leading pharma and biotech companies achieve maximum results through their HR strategies? What is the latest experience with HR metrics, HR Business Process Excellence and the Balanced Scorecard?

Building on the success of last two years, this event will showcase a number of in-depth case studies and interactive discussions on the latest in HR management. The interactive format and the five star setting with ample networking opportunities will give the participants an interactive, experience driven learning opportunity.

Key Speakers:

Zoltan Csimma, Senior Vice President HR, Genzyme
Dr. Matthias Schuster
, Senior Vice President Global HR, Bayer HealthCare
Bruria Sofrin
, Corporate Vice President HR, Teva Pharmaceutical Industries Ltd.
Saumen Chakraborty, Executive Vice President and CHief Officer HR, IT and BPE, Dr. Reddy`s Laboratories Ltd.
Giorgio Davidoni, HR & IT Director Italy, Eli Lilly Italia

Key topics:

Changing Human Resources from the Inside

New Business Models – What Is the Future of HR?

Analyzing HR Metrics

Case studies from India, USA and Europe on HR effectiveness

Integrating Business Process Excellence with Balanced Scorecard to build a high performing Organization

Who should attend:

Vice Presidents, Heads, Senior level Directors and Managers working in: Human Resources, HR Planning and Controlling, Corporate HR, HR Policies and Systems

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=222

3rd Annual CEE Pharmaceutical Challenges

Date: 12th & 13th June 2006, Budapest

 

Event Summary:

This event will provide a platform for discussing the hottest issues in the region today. Representatives of the leading pharmaceutical companies, regulatory bodies and associations will explore how to overcome the challenges of successful cooperation with the local governments, parallel trade, EU regulations and the role of generics in the CEE region.
This five star event is the ideal meeting place for leaders, who wish to get first hand information on the industry, network with their industry peers and get to know their competitors.

 

Key Speakers:

Luiz Gonzalez Vaque, Adviser, European Commission
Krisztina Szekely
, Head of Corporate Affairs / President of the Association of Innovative Pharmaceutical Manufacturers (AIPM), Pfizer Hungary
Oliver Schwerdt
, Global Pricing Manager, Schering AG
Laura de la Iglesia Gutierrez
, European Public Affairs Manager, Novartis International
Radunka Cvejic
, External Affairs Director, AstraZeneca Poland

Key topics:

The impact of EU enlargement on the Parallel Trade; find out whether it is a  threat or a benefit

Identifying sustainable Pharma pricing strategies and utilizing them to practical needs; Pricing and Reimbursement workflows in practice – Schering case study

Cooperation with the Government – what are the best ways to promote interests of pharmaceutical companies

Role of Generics in CEE region – learn how to build a relationship between original and generics Pharma companies in CEE

Emerging Market Overviews – find out all the details from people that work in markets of Romania, Ukraine and Croatia

Who should attend:

Country Managers, Area Directors, Directors and Senior Managers from areas of Business Development, Strategic Planning, Governmental Affairs, Corporate Affairs, Pricing & Reimbursement

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=230

Effective Coordination of Patient Recruitment & Retention Programs in Clinical Trials

Date: 26th & 27th April 2006, Brussels

Event Summary:

Recruiting patients has become as complex and as competitive as marketing the products. It should be therefore considered what variations may occur in patient populations due to cultural or ethnic differences and the spread of individual sites in relation to patient populations, as well as the internal healthcare facilities in different countries and the impact this has on the site’s ability to recruit patients and conduct trials. This event brings together experts involved with patient recruitment & retention tactics in clinical trials from different continents and countries representing both the academic and commercial area to discuss and share their tactics and experience and to identify the key factors for a successful clinical trial results.

Key Speakers:

Yves E.G. Geysels, Head of International Clinical Research Operations,Novartis
Peter DiBiaso,
Director Clinical Trial Recruitment Services, Pfizer Global R&D
John Germak
, Clinical Director Growth Hormone, Novo Nordisk US
Fernando Aguirre, Clinical Operations Manager Latina, GSK Biologicals Latin America and Caribbean
Dr. Peter Liese, Member of European Parliament

Key topics:

Regulatory impact on patient recruitment strategies and tactics

Required approaches towards involving children & elderly in clinical studies

Compare different Patient recruitment strategies in case studies from Latin America, Nordic European Area, USA and Israel

New designs in lung cancer and mesothelioma – aiming to provide definitive answers more quickly

Who should attend:

Directors, Heads, Senior Managers of Clinical Operations, Clinical Research, Clinical Development, Patient Recruitment Services, Clinical Trials Units, Project Leaders, Medical Directors, Representatives of patient organizations and CROs & SMOs

Advanced Info (url):

http://www.jacobfleming.com/buxus/generate_page.php?page_id=213

Genopole(R) and Six of its Campus Companies Will Attend The International BIO 2006 Trade Show

EVRY, France, April 5 /PRNewswire/ — The 2006 edition of the BIO
(Biotechnology Industry Organization) trade show will be held in Chicago
next week (April 10-12). Genopole(R) will attend this major event as part
of a delegation coordinated by the Paris Il-de-France Regional Development
Agency (ARD). Six innovative companies supported by Genopole(R) -
BioMethodes, Drugabilis, GenOptics, MATBiopharma, Nokad and Vaxon Biotech -
will equally be represented at the show.
“The annual BIO show attracts the world’s key biotech players. For a
cluster like Genopole(R), it’s an event that we can’t afford to miss”,
explains Thierry Mandon, President of Genopole and First Vice President of
the Essonne County Council. Since its foundation in 1998, Genopole has
attended this event on a regular basis – enabling the cluster to achieve
true international visibility.”
“The BIO event enables us to meet our foreign counterparts and benefit
from their experience but also allows us to showcase the novel approaches
to biotech business support that we have implemented here at Genopole”,
adds Pierre Tambourin, Genopole’s(R) CEO. In fact, our biopark stands out
by combining a company incubator and a pre-seed fund (Genopole(R) Day One),
backed up by scientific and industrial infrastructure. Thanks to a broad
array of financial, technological, scientific and real estate tools, a
dense, rich fabric of companies has formed around Genopole(R).”
Therapeutic innovation is the core concern of Genopole’s(R)
stakeholders. The forthcoming establishment of a University Medical Center
unit and the creation of a biomanufacturing facility at the heart of the
campus will add the final building blocks to a biocluster which is already
generating innovative medical techniques.
The Genopole(R) portfolio now includes 57 start ups, of which 35 have
been founded or incubated on the campus. The Genopole(R) biopark (with a
strong biopharmaceutical theme) brings together drug discovery &
development companies, technology providers and service companies. Twenty
business have already commercialized products and/or services and 15
therapeutics are currently under development for a range of indications,
ranging from cancer to ophthalmological complaints.
Six Genopole-mentored companies – BioMethodes, Drugabilis, GenOptics,
MATBiopharma, Nokad and Vaxon Biotech (see over) – will attend the
international BIO convention this year. “This event will offer our
companies a great opportunity to showcase their products, skills and
know-how. The business conventions, seminars and forums provide a host of
occasions for meeting their future partners and customers”, explains
Veronique Dufey, Executive Director of Genopole(R) Enterprise.
Genopole(R) key figures:
23 academic laboratories, including 2 national centers
2 national platforms, 7 open-access technology platforms, 6 major
technical facilities.
57 biotech companies, including 35 founded and incubated by Genopole(R)
118 million euros in equity raised by Genopole(R)-based companies
87,000 sq meters of business and lab accommodation, including:
1 biotech business incubator with 2,600 sq meters of floor space
6 business accommodation modules, totaling 22,000 sq meters of floor space

Contact:

Veronique DUFEY, Executive Director of Genopole Enterprise
+33-1-60-87-84-48 – veronique.dufey@genopole.fr – http://www.genopole.fr

Six companies from the Genopole(R) portfolio will attend BIO 2006:
BioMethodes
BioMethodes (a French biotechnology company founded in 1997) is a
leader in the protein engineering field. Our company has invented Massive
Mutagenesis(R), the first ever high-throughput, combinatorial,
site-directed mutagenesis technology. In addition, we have recently
developed two outstanding direct selection systems – dramatically reducing
the time needed to obtain improved proteins:
– THR(TM), for identifying proteins with improved stability.
– Solexis(R), for directly selecting soluble variants.
Over 30 projects have been successfully completed for major industrial
partners such as GlaxoSmithKline, Sanofi-Aventis, AB Enzymes, Roquette and
bioMerieux. BioMethodes also generates a portfolio of proprietary enzymes
and therapeutic proteins using in-house technologies.
Contact : Ali AIT-IKHLEF, Business Development Manager -
ali.ait-ikhlef@biomethodes.com – http://www.biomethodes.com
Drugabilis
Drugabilis is the first CRO to specialize in pharmaceutical
physicochemical characterization and formulation as applied to the early
selection of new drug candidates. We deliver both experimental support and
consulting services to a customer’s research efforts by helping to select
drugable compounds and delivery systems.
On a day-to-day basis, Drugabilis characterizes the physicochemical
profiles of research compounds and the physical properties of early API
bulks. Drugabilis also designs and characterizes custom formulations for
use in any type of animal experiment. We are committed to working on
minimal API amounts and to meeting very tight deadlines.
Contact : Joel VACUS, CEO & CSO
contact@drugabilis.com – http://www.drugabilis.com
GenOptics
GenOptics technology enables truly multiplexed protein analysis.
Genoptics develops label-free protein array detection systems for
accelerating disease screening and drug candidate identification. The
company’s innovative SPRi (Surface Plasmon Resonance imaging) technology
enables real-time, simultaneous monitoring of up to 400 bio-interactions in
an array format.
GenOptics has already currently developed two protein array platforms:
SPRi-Plex(TM) automates large scale screening operations, whereas
SPRi-Lab(TM) is an open configuration for innovative experiments. The
company has also designed the SPRi-Biochip(TM), an innovative new bio-array
chip capable of monitoring hundreds of interactions and label-free
molecules.
Contact: Philippe KEROUREDAN, CEO
pkerouredan@genoptics-spr.com – http://www.genoptics-spr.com
MAT BioPharma
MAT BioPharma is engaged in the development of first-in-class antibody
therapies for the treatment of cancer. The Company’s most advanced product,
Ferritarg(TM), is an antibody therapeutic for the treatment of Hodgkin’s
disease and will soon enter Phase I/II clinical trials. The MAT preclinical
pipeline contains product candidates for acute myeloid leukemia, chronic
lymphocytic leukemia, hepatocarcinoma, pancreatic cancer and metastatic
melanoma. MAT is currently seeking partners in the US in order to
accelerate downstream development of these compounds.
Contact :Franziska POSSMAYER, Director Business Development
f.possmayer@matbiopharma.fr – http://www.matbiopharma.fr
Nokad
Nokad is a service company developing a unique functional knockout
technology that specifically inactivates protein functions. This innovative
approach helps to break through the limits imposed by genetic KO (mice
only, time-consuming and lack of reversibility). Nokad models are available
in all mammalian species within only 6 months, with a switch from one
animal strain to another or from one species to another within only 2
months. We obtain stable, reversible phenotypes which are equivalent to
genetic KOs. This technology allows simultaneous inactivation of several
proteins and is suitable for proteins arising from alternative splicing or
from gene clusters. Other services: functional characterization, generation
of antibodies against non- or poorly antigenic proteins.
Contact : Amine ABINA, president & CSO
abina@nokad-technology.com – http://www.nokad-technology.com
Vaxon Biotech
Vaxon Biotech (founded in early 2004) is a product-driven
biopharmaceutical company focusing on the discovery and development of
innovative vaccines for the treatment of cancer. Vaxon Biotech is the first
entrant to make vaccines with a new class of antigens: optimized cryptic
peptides. These innovative vaccines show good tolerance and immunogenicity,
both in animals and in Phase I cancer patients. The most advanced products
are Vx-001 and Vx-006. Treatment with Vx-001 induced lengthy disease
stabilization or a partial response in about 30% of patients. Vx-001 is due
to enter a pivotal phase IIb clinical trial in hepatocellular cancer,
together with a phase IIa study in non-small cell lung cancer. Vx-006, the
second compound, should enter phase I/II clinical development in the
prostate cancer field by Q4-2006.
Contact : Philippe BERTHON, CEO
pberthon@vaxon-biotech.com – http://www.vaxon-biotech.com

SOURCE Genopole

Otava presents a new human Fibroblast Growth Factor Receptor 1 Tyrosine Kinase (FGFR1K) focused library with 1901 compounds

This library has been created as a part of a project aimed at design of a large set of receptor-based sharp-focused libraries. In the framework of this project, Life Chemicals provides its Collection of 300 000 compounds and subsequent chemical optimization. Otava provides its drug-like Green Collection (50 000 compounds) and also is responsible for molecular modeling tasks.

Design of the focused libraries consists in Lipinsky/Veber rules filtering and flexible docking in a protein target of certain enzyme family. Further computational analysis for the presence of critical receptor-ligand hydrogen bond(s) and docking score refinement makes our focused libraries good starting point for drug discovery purposes. In case of this library detection of H-bonding between ligand and key FGFR1K hinge region residue (Ala564) was used for its preparation.

• About Otava
Otava supplies fine organic chemicals including unique building blocks for combinatorial organic synthesis. We provide compound libraries for screening, custom synthesis, molecular modeling services, targeted compound libraries and protein kinase inhibitors, prescreened anticancer compounds, peptide and chromogenic substrates. We offer design and development of fluorescent probes, kits and reagents.
• Please contact us at:
Otava
P.O. Box 88
Kyiv 187, 03187
Ukraine
Phone/Fax: +380 44 5222458
E-mai: info@otavachemicals.com This email address is being protected from spam bots, you need Javascript enabled to view it
Web site: http://www.otavachemicals.com

VM Discovery and Fred Hutchinson Cancer Research Center Team on Cancer Drug Discovery; Collaboration Focuses on Compounds Against an Important Cancer Pathway

Fremont, California (Press Release)— March 31, 2006—VM Discovery Inc. (VMD), a drug-design and discovery company, and Fred Hutchinson Cancer Research Center today announced they have entered into a collaboration to jointly pursue a cancer-drug discovery program. Under the collaboration, VMDI will use its proprietary multi-property drug design and optimization technology platform, the “VM OptimizerTM, to generate and optimize small-molecule ”drug-like” leads and clinical candidates, while the Hutchinson Center will leverage its expertise in cancer biology and proprietary technologies. Other terms of the collaboration were not disclosed.

“It is exciting to collaborate with the distinguished scientists and professionals at the Hutchinson Center to translate their strong and unique cancer-biology knowledge to the drug-able molecules for the potential breakthrough treatment of cancers,” said Jay Wu, president and CEO of VM Discovery Inc. “Having a successful track record with our industry clients, academic research institutes and our internal drug-discovery programs, we are confident that our proprietary technology platform will allow us to design and optimize advanced small-molecule drug candidates against an important cancer pathway ..“

This is the Hutchinson Center’s first collaboration with the chemistry industry this year. “We are excited about this collaboration,” said Spencer Lemons, vice president of Industry Relations and Technology Transfer at the Hutchinson Center. “Bringing together our world-class research with the drug-discovery expertise of industry helps in our mission to eliminate cancer as a cause of human suffering and death.”

About VM Discovery Inc.

VM Discovery Inc. (VMD) is a privately held, venture-backed drug discovery company located in Silicon Valley, California. The company has developed proprietary drug design and optimization technology “the “VM OptimizerTM”) to discover novel, potent small-molecule drug leads with balanced ADMET (absorption, distribution, metabolism, elimination and toxicity) properties in various therapeutic arenas. VMD has been developing a portfolio of optimized preclinical drug candidates, including new uses of old drugs, in various disease areas including cancer, diabetes and neurological diseases. In addition, VMD has been a source of optimized molecules to drug development companies for out-licensing, sale or “compound partnering” purposes. VMD has ongoing drug discovery collaboration with biotechnology and pharmaceutical companies as well as prominent academic/research institutes. For more information, please visit www.vmdiscovery.com.

About Fred Hutchinson Cancer Research Center

The Hutchinson Center’s interdisciplinary teams of world-renowned scientists and humanitarians work together to prevent, diagnose and treat cancer, HIV/AIDS and other diseases. Center researchers, including three Nobel laureates, bring a relentless pursuit and passion for health, knowledge and hope to their work and to the world. For more information, please visit www.fhcrc.org.