Archive for the ‘Targeted Libraries’ Category
Caliper Life Sciences Introduces EZ Reader Series for In-house Kinase Profiling
Last Updated on Wednesday, 8 August 2007 11:58 Written by Fred Wednesday, 8 August 2007 11:58
HOPKINTON, Mass., Aug. 7 /PRNewswire-FirstCall/ — Caliper Life Sciences, Inc. today launched the Caliper LabChip(R) EZ Reader(TM) Series, delivering a complete range of products for in-house kinase profiling. The series, which complements the existing LabChip 3000 system, Caliper’s most sophisticated system for drug discovery, includes the new EZ Reader II system, a bench-top reader to use for real-time kinetic analysis with push-button operation, and the EZ Reader system, formerly the DeskTop Profiler(TM) system. Each product in the EZ Reader Series utilizes Caliper’s LabChip microfluidic-based screening technology to yield high-quality, reproducible data to help pharmaceutical researchers more confidently qualify potential lead candidates.
The EZ Reader Series features innovative systems that rapidly profile compounds against a diverse kinase panel in a timely and cost-effective manner. The Series complements Caliper’s existing offerings for kinase profiling. The EZ Reader system features a four-sipper Caliper LabChip microfluidic device, while the EZ Reader II system provides a choice of either a 4-sipper or a 12-sipper LabChip device to run assays with up to three times higher throughput. The EZ Reader II system also enables real time kinetic analysis, allowing researchers to study enzyme behavior over time in mechanism-of-action (MOA) studies. Its compact, bench-top size and push-button operation delivers a high level of functionality without a large footprint or the need for highly skilled operators. Caliper’s ProfilerPro(TM) kinase reagent profiling kit, which allows broad range, rapid kinase profiling in-house, accompanies each system.
“The EZ Reader II system extends the benefits of Caliper’s LabChip technology to academic laboratories, small biotech companies and distributed therapeutic groups,” said Rick Bunch, Business Unit Manager, LabChip Systems, Caliper Life Sciences. “Its inclusion in the EZ Reader series demonstrates Caliper’s commitment to delivering technology and services that fulfill a broad range of customer needs.”
The EZ Reader II system is currently on display at the Drug Discovery & Development of Innovative Therapeutics (DDT) conference in Boston. For additional information, please visit Caliper Life Sciences at booth 628.
About Caliper Life Sciences
Caliper Life Sciences is a leading provider of cutting-edge technologies enabling researchers in the life sciences to create life-saving and enhancing medicines and diagnostic tests more quickly and efficiently. Caliper is aggressively innovating new technology to bridge the gap between in vitro assays and in vivo results and then translate those results into cures for human disease. Caliper’s portfolio of offerings includes state-of-the-art microfluidics, lab automation & liquid handling, optical imaging technologies, and discovery & development outsourcing solutions. For more information please visit http://www.caliperLS.com.
Caliper, LabChip, DeskTop Profiler, ProfilerPro and EZ Reader are trademarks of Caliper Life Sciences, Inc.
Posted under North America, Press Releases, Targeted Libraries | Comments Off
Cisbio international’s upcoming third annual “HTRF® In Drug Discovery†Symposium will be held September 26-28 in Sonoma, California
Last Updated on Thursday, 19 July 2007 02:13 Written by Fred Thursday, 19 July 2007 02:13
Over the course of three days, experts in drug screening from around the globe will assemble to discuss the latest applications of Cisbio’s proprietary HTRF® technology in the drug screening, target discovery and mechanistic fields. A number of scientific sessions will specifically examine GPCR and kinase screening, cell-based biomarker detection and functional assays.Â
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HTRF® (homogenous time-resolved fluorescence) technology is a highly sensitive, robust technology for the detection of molecular interactions and is widely used for the high throughput stage of drug development. As part of its ongoing commitment to providing the highest quality technical support to HTRF® customers, Cisbio established its annual symposium in 2005 as a forum for exchanging ideas on drug screening and the latest in HTRF® innovation
Posted under Compound Libraries, Europe, HT Screening, Targeted Libraries | Comments Off
DiscoveRx, a Leader in GPCR Assays, Launches a 30 Second Assay for Beta-Arrestin Based ScreeningWith the PathHunter(TM) Flash Detection Kit
Last Updated on Sunday, 29 April 2007 06:04 Written by admin Friday, 27 April 2007 06:38
DiscoveRx, a Leader in GPCR Assays, Launches a 30 Second Assay for Beta-Arrestin Based ScreeningWith the PathHunter(TM) Flash Detection Kit, beta-arrestin recruitment by a GPCR can now be detected in 30 seconds, permitting screens of up to 1,000,000 compounds in 48 hours. Unlike lengthy reporter gene assays, PathHunter beta-arrestin assays are direct and hence minimize the opportunity for off-target effects. A ligand-activated, GPCR-arrestin interaction combines two beta-galactosidase fragments, enabling rapid chemiluminescent detection in a homogeneous format. The kit is designed for whole class of plate readers with onboard fluidics and flash detection mode.
With the PathHunter(TM) Flash Detection Kit, beta-arrestin recruitment by a GPCR can now be detected in 30 seconds, permitting screens of up to 1,000,000 compounds in 48 hours. Unlike lengthy reporter gene assays, PathHunter beta-arrestin assays are direct and hence minimize the opportunity for off-target effects. A ligand-activated, GPCR-arrestin interaction combines two beta-galactosidase fragments, enabling rapid chemiluminescent detection in a homogeneous format. The kit is designed for whole class of plate readers with onboard fluidics and flash detection mode.
Additionally, screening campaigns can be accelerated by conducting beta-arrestin and calcium assays in the same well on same instrument, without need of cell fixation, when using instruments capable of real-time fluorescence and flash chemiluminescence. The ability to run intracellular calcium assays in combination with the homogeneous, chemiluminescent PathHunter beta-Arrestin assay helps drive the costs of primary screening campaigns down while significantly increasing the speed of compound characterization. Either run alone or in combination with calcium mobilization, with launch of the Flash Kit, GPCR Screening has now become even faster. With an expanding list of GPCR Beta-Arrestin assays (greater than 90 assays) being added to its product offering, DiscoveRx has a solution for virtually any GPCR screening campaign. Standard chemiluminescent detection for batch mode processing or flash detection for kinetic measurements, we have a solution for you! Call us to discuss your GPCR screening needs!
Founded in 2000, DiscoveRx is a privately held, venture-backed company headquartered in Fremont, California, with an additional office in Birmingham, England. The Company pioneered the use of beta-galactosidase enzyme fragment complementation in biochemical and cell based assays for discovery research, and holds extensive intellectual property in this area. DiscoveRx is dedicated to the development and commercialization of innovative solutions to study GPCRs, Kinases and other major drug target classes, and many of their innovative products have been widely adopted in pharmaceutical and biotech drug screening laboratories worldwide. The Company is also the recipient of Frost and Sullivan’s prestigious 2006 Award for Technology Innovation. This award was given in recognition for successful introduction of PathHunter(TM) cell-based assay platform and company’s overall work on intact and/or lysed cell based assays. For more information on DiscoveRx products, please visit www.discoverx.com
Posted under Europe, HT Screening, North America, Press Releases, Targeted Libraries | Comments Off
KU Medical Center to lead $7.5-million male contraceptive research and drug development program
Last Updated on Wednesday, 11 April 2007 10:50 Written by admin Wednesday, 11 April 2007 10:50
A researcher at the University of Kansas Medical Center has been awarded more than $7.5 million in funding from the National Institutes of Health to lead a team, including researchers at seven universities, in a collaborative effort to develop male contraceptives.
This five-year grant will establish the Interdisciplinary Center for Male Contraceptive Research and Drug Development, a multi-institutional organization that will work to develop new non-hormo¬nal, reversible male contraceptive agents for drug production.
The center will not only consist of research teams at KU Medical Center and KU-Lawrence, but also collaborators across the country at the University of Minnesota, Duke University, the University of California-San Fransisco, Robert Wood Johnson Medical School, and the University of Medicine and Dentistry of New Jersey. Funding for the center was awarded by the Contraception & Reproductive Health Branch of the National Institute of Child Health and Human Development.
The center will be directed by Joseph Tash, PhD, an associate professor of molecular and integrative physiology at KUMC, and associate director, Dr. Gunda Georg, Chair of Medicinal Chemistry at University of Minnesota. Tash, Georg, and a team of researchers at KUMC and KU Lawrence, have been conducting NIH-funded research, designing and testing male contraceptive agents, for more than five years.
Their work has lead to the development of some promising chemical compounds, such as Gamendazole, one of the most potent new oral anti-spermatogenic agents identified to date. Under this grant, research will continue on Gamendazole as well as exploring new lead compounds.
Tash said the group intends to take a multidisciplinary approach, focusing on several chemical compounds, and proteins that regulate testes function so that mature sperm are not produced. They are also concentrating on chemical agents that may temporarily deactivate enzymes so that sperm development is prevented or sperm are immobilized so the egg remains unfertilized. To identify new lead compounds, the center will utilize High Throughput Screening and proteomics to test hundreds of thousands of compounds.
While High Throughput Screening (HTS) technology is more common in private industry, KU is one of the few universities in the nation to have such a facility, which Tash said is important since many pharmaceutical companies have curtailed their research and development in male contraception. Without the HTS lab, screening hundreds of thousands of compounds could take years, but with the technology, screening time is dramatically reduced to weeks.
The research program in this center will go beyond identifying new protein targets involved in regulation of male fertility, and begin cutting edge drug discovery and design. The scientists involved in the research have a record of success in providing NIH with highly promising reversible non-hormonal male contraceptive agents.
Posted under Business and Investment, Grants and Awards, HT Screening, North America, Press Releases, Targeted Libraries | Comments Off
NCE Discovery and DARA BioSciences Join Forces to Develop New Therapies
Last Updated on Wednesday, 6 December 2006 09:23 Written by admin Wednesday, 6 December 2006 09:23
CAMBRIDGE, England, Dec. 6, 2006–NCE Discovery Ltd (NCED), the specialist medicinal chemistry and drug design service provider, has entered into an agreement with US-based DARA BioSciences, Inc. to work together on the development of new drug target molecules.
DARA BioSciences discovers and develops small molecule treatments for metabolic and CNS diseases and, under the terms of the agreement, will have access to NCED’s full range of medicinal chemistry expertise, initially to address two specific drug targets. Financial terms of the agreement were not disclosed.
“This collaboration is another prime example of NCE Discovery’s successful operations as a service provider in the US pharmaceutical market,” said Chris Sharman, NCED’s CEO. “We welcome the opportunity to work with the team at DARA BioSciences to speed up the discovery and development of important new medicines.”
John Didsbury, Chief Scientific Officer at DARA BioSciences, commented: “We are looking forward to working with NCED and believe that the medicinal chemistry capabilities it brings to the collaboration will help tremendously with our development program of potential new therapies.”
NCE Discovery provides a range of specialist medicinal chemistry services to help its clients to accelerate their drug discovery programs, from initial planning through to target identification of clinical drug candidates.
For more information, contact Chris Sharman at NCE Discovery Ltd., 418 Cambridge Science Park, Milton Road, Cambridge. CB4 0PA Tel: +44 (0)1993 201801 Fax: +44 (0)1993 200401 Email: c.sharman@ncediscovery.com, www.ncediscovery.com
About NCE Discovery NCE Discovery Ltd provides a range of specialist medicinal chemistry services to the biotechnology sector in order to accelerate its clients’ drug discovery and development activities. The Company can support and design comprehensive medicinal chemistry programs – from hit finding through to pre-clinical development. These programs are designed and delivered by experienced medicinal chemists working in fully equipped laboratories, supported by expert computational chemistry using industry-leading software tools. Services offered by NCE Discovery include: * drug discovery program management, from early proof-of-concept studies through to delivery of candidate drugs * medicinal chemistry: hit identification through to lead optimisation * structure-based drug design including small molecule and protein modelling * screening collection design and enhancement * data handling and cheminformatics.
More information on NCE Discovery Ltd can be found at www.ncediscovery.com or info@ncediscovery.com
Posted under ChemInformatics, Collaborations, Drug-Like Compounds, Europe, Medicinal Chemistry, Press Releases, Targeted Libraries | Comments Off
Halozyme and Roche Enter Agreement for the Application of Enhanze, A Novel Technology to Improve Drug Delivery
Last Updated on Wednesday, 6 December 2006 09:21 Written by admin Wednesday, 6 December 2006 09:21
BASEL, Switzerland and SAN DIEGO, Dec. 5 /PRNewswire/ — Halozyme Therapeutics, Inc. (AMEX:HTI) and Roche today announced they have entered into an agreement to apply Halozyme’s proprietary Enhanze(TM) Technology to Roche’s biological therapeutic compounds. Enhanze Technology is Halozyme’s proprietary drug delivery technology based on its recombinant human hyaluronidase (rHuPH20). rHuPH20 is an analogue of a human enzyme that temporarily clears space in the matrix of tissues such as skin. This clearing activity should allow rHuPH20 to improve drug delivery by enhancing the entry of therapeutic molecules through the subcutaneous space.
“Roche is a global leader in the development of biologics and we are excited to be applying our rHuPH20 technology to this area with Roche compounds,” said Jonathan Lim, MD, Halozyme’s President and CEO. “We believe that our technology can enhance the clinical benefits that biologics have already been shown to provide. In every respect, both technically and commercially, this represents a landmark agreement for Enhanze Technology and for Halozyme.”
“We are looking forward to working together with Halozyme using their rHuPH20 technology,” said Peter Hug, Roche’s Global Head of Pharma Partnering. “The potential to improve the administration and bioavailability of subcutaneous medicines presents an important advance to make a difference to patients’ lives.”
Halozyme Roche Collaboration
Under the terms of the agreement, Roche will pay Halozyme $20 million as an initial upfront payment for the application of rHuPH20 to three pre-defined Roche biologic targets. Over the next ten years, Roche will also have the option to exclusively develop and commercialize rHuPH20 with an additional ten targets. Pending the successful completion of a series of clinical, regulatory, and sales events, Roche may pay Halozyme further milestones which could potentially reach a value of up to $111 million as well as royalties on potential product sales for the first three targets. For each of the additional ten targets, Roche may pay Halozyme further upfront and milestone payments of up to $47 million per target. In addition, the Roche Venture Fund will make an $11 million equity investment, representing approximately 5% of Halozyme’s outstanding common stock.
Under the collaboration, Roche will also obtain access to Halozyme’s expertise in developing and applying rHuPH20 to Roche targets. Roche will obtain a worldwide, exclusive license to develop and commercialize product combinations of rHuPH20 and Roche target compounds resulting from the collaboration.
About Enhanze Technology
Enhanze Technology is Halozyme’s proprietary drug delivery technology based on recombinant human hyaluronidase (rHuPH20), a recombinant form of the naturally occurring human enzyme approved by FDA for its ability to break down hyaluronic acid (HA), the space-filling “gel”-like substance that is a major component of tissues throughout the body. When combined or co-formulated with certain injectable drugs, Enhanze Technology can act as a “molecular machete” to facilitate the penetration and dispersion of these drugs by temporarily opening flow channels under the skin. Molecules as large as 200 nanometers may pass freely through the perforated extracellular matrix, which recovers its normal density within approximately 24 hours, leading to a drug delivery platform which does not permanently alter the architecture of the skin.
About Roche
Headquartered in Basel, Switzerland, Roche is one of the world’s leading research-focused healthcare groups in the fields of pharmaceuticals and diagnostics. As a supplier of innovative products and services for the early detection, prevention, diagnosis and treatment of disease, the Group contributes on a broad range of fronts to improving people’s health and quality of life. Roche is a world leader in diagnostics, a leading supplier of medicines for cancer and transplantation and a market leader in virology. In 2005 sales by the Pharmaceuticals Division totaled 27.3 billion Swiss francs, and the Diagnostics Division posted sales of 8.2 billion Swiss francs. Roche employs roughly 70,000 people in 150 countries and has R&D agreements and strategic alliances with numerous partners, including majority ownership interests in Genentech and Chugai. Additional information about the Roche Group is available on the Internet (www.roche.com) or in the U.S. (www.roche.us).
About the Roche Venture Fund
The Roche Venture Fund advises Roche on investments in early stage biotech and diagnostics companies to support innovative technologies and medicines. Based in Basel, Switzerland, the Roche Venture Fund manages a portfolio of over 25 companies in 10 countries.
About Halozyme
Halozyme is a biopharmaceutical company developing and commercializing recombinant human enzymes for the drug delivery, palliative care, oncology, and infertility markets. The company’s portfolio of products is based on intellectual property covering the family of human enzymes known as hyaluronidases. Halozyme’s recombinant human enzymes may replace current animal slaughterhouse-derived extracts that carry potential risks of animal pathogen transmission and immunogenicity. The company has received FDA approval for two products: Cumulase(R), the first and only recombinant human hyaluronidase for cumulus removal in the IVF process; and Hylenex for use as an adjuvant to increase the absorption and dispersion of other injected drugs. The versatility of the first enzyme, rHuPH20, enables Halozyme to develop the product as a medical device, drug enhancement agent, and therapeutic drug.
Posted under Drug-Like Compounds, Europe, Medicinal Chemistry, North America, Press Releases, Targeted Libraries | Comments Off
BioTrove Screens Two Million Samples Using RapidFire Lead Discovery, a Label Free High-Throughput Mass Spectrometry Platform for Intractable Drug Targets; Four Clients to Present Data at Upcoming Society for Biological Sciences Meeting
Last Updated on Thursday, 5 October 2006 03:18 Written by admin Thursday, 5 October 2006 03:18
WOBURN, Mass.–(BUSINESS WIRE)–Sep 12, 2006 – BioTrove, Inc. announced today the successful screening of more than two million individual samples using their RapidFire(TM) Lead Discovery System. RapidFire(TM) is a unique, mass spectrometry-based, high-throughput screening platform that facilitates label-free screening of challenging drug targets using native substrates.
BioTrove currently provides screening services and instrumentation to nine large pharmaceutical and biotechnology companies. Four of these clients will present results of lead discovery campaigns at the upcoming Society for Biomolecular Sciences (SBS) conference (Seattle, WA, September 17-21), demonstrating RapidFire(TM) screening of previously intractable drug targets.
RapidFire(TM) Lead Discovery uses mass spectrometry to enable high throughput screening of functional biochemical assays via label-free analysis of native substrates. The unique platform can analyze individual assays at throughputs of four to eight seconds per sample–a dramatic increase in throughput over conventional liquid chromatography-mass spectrometry systems.
BioTrove offers access to the Lead Discovery System as a screening service that includes assay development, primary screening, and support of secondary screening and chemistry programs. Technology transfer is available for clients who prefer to own their systems.
“We feel that the addition of six new customers in the past year, along with the screening of our two millionth client sample, truly validates the ability of the RapidFire(TM) platform to unlock the potential of a wide range of challenging HTS targets,” said Can (Jon) Oezbal, Ph.D., Director of the RapidFire(TM) program. “The RapidFire(TM) system has now been used to identify lead compounds in a wide range of high-throughput screening projects, ranging from key metabolic disease, cardiovascular, and oncology targets to novel targets in the anti-infective and anti-fungal areas.”
Presentations will be made at the upcoming SBS meeting by BioTrove’s RapidFire(TM) clients from Bayer Pharmaceuticals, Pfizer Inc., Schering Plough Research Institute, and Sirtris Pharmaceuticals. BioTrove will also exhibit at SBS, at booth number 636.
About BioTrove, Inc.
BioTrove offers two innovative platform technologies that dramatically increase the throughput of pharmaceutical screening and SNP genotyping.
RapidFire(TM) Lead Discovery enables difficult targets (lipids, fatty acids, phospholipids, steroids, prostaglandins, and others) to be screened using a high-throughput, native detection method (high throughput mass spectrometry) in less than eight seconds per sample.
OpenArray(TM) enables genomics researchers to generate up to hundreds of thousands of SNP data points per day. The flexible format and nanoliter scale of the OpenArray(TM) system allows adjustment of sample and assay numbers, for economical high-throughput genotyping.
Contact BioTrove, Inc. Selena Larkin, Ph.D., 571-451-4389 slarkin@biotrove.com or Feinstein Kean Healthcare Courtney Harris, 617-761-6744 courtney.harris@fkhealth.com
Posted under HT Screening, North America, Press Releases, Targeted Libraries | Comments Off
Frost & Sullivan Recognizes DiscoveRx’s Innovative Assay Technology for Drug Screening and Overall Achievements in Intact Cell-Based Assays
Last Updated on Thursday, 5 October 2006 02:42 Written by admin Thursday, 5 October 2006 02:42
PALO ALTO, Calif., Sept. 7 /PRNewswire/ — Frost & Sullivan selected DiscoveRx Corp. as the recipient of the 2006 Frost & Sullivan Award for Technology Innovation for its development of the PathHunter(TM), an innovative protein trafficking platform technology. In its simplest format, this assay system allows users to monitor signaling pathways using translocation in whole cells. Today, DiscoveRx offers a broad range of assays and services for evaluating compound effects on various cellular pathways including their most recent addition, PathHunter Beta-Arrestin assays for GPCR activation.
PathHunter is based on the DiscoveRx’s proprietary technology platform: Enzyme Fragment Complementation (EFC) technology. EFC has been used to develop a series of highly validated biochemical HTS assays for GPCR, Kinases and Proteases. PathHunter is a modification of this highly versatile platform into a cell based format. PathHunter represents the first chemiluminescence assay technology that can measure protein trafficking directly inside the cell and act as a liaison between in vitro biochemical assays and the more complex multiparameter imaging technologies.
“Screening technologies that are faster, more cost effective and that provide biological rich information are always sought after,” says Frost & Sullivan Research Analyst R. Srimathy. “PathHunter offers several benefits that position it to be the assay technology of choice.”
For instance, it allows the user to reduce the complexity of using cell- based assay to simple microtiter plate formats. PathHunter assays (as well as HitHunter assays) are homogeneous in nature, one- or two-step reagent addition assays, which do not need any cell washing or cell fixation steps.
Furthermore, the assays are compatible with many different cell types and especially suited for cell types most commonly used in high throughput screening (HTS) settings (Chinese Hamster Ovary [CHO], Human Embryonic Kidney [HEK]).
Some of the main advantages of DiscoveRx’s technology for cell-based assays are increased throughput in 384 well formats, compatibility with luminescent plate readers, and delivery of luminescence output for reduced interference from fluorescent compounds.
The PathHunter is also readily adaptable to automated screening and performs novel HTS assay for new classes of compounds. It has a simplified method for sample preparation and offers a wide range of assays such as translocation, degradation, secretion protein: protein interaction and membrane trafficking.
The PathHunter platform allows scientists to detect protein trafficking without any form of imaging features and it is highly cost effective, that is, the cost involved is only a fraction of the cost involved in using the normal green fluorescent protein (GFP)-based assays. Furthermore, the technology can also be miniaturized and used for 1536 format.
“DiscoveRx is being increasingly recognized in the pharmaceutical and biotechnology sector for creating advanced assays for G protein-coupled receptors (GPCRs), kinases, and other drug target classes,” notes Srimathy. “The company’s in vitro biochemical and cell-based assays will help accelerate drug discovery and development even as the PathHunter technology is being used to look at other protein movement.”
In summary, the Frost & Sullivan Award for Technology Innovation recognizes DiscoveRx for its introduction of an innovative technology platform, the PathHunter, and its overall work on intact or lysed cell-based assays for GPCR, kinases, proteases, and nuclear hormone receptors.
Each year Frost & Sullivan presents this Award to a company that has demonstrated and carried out new research, which has resulted in innovation(s) that have or are expected to bring significant contributions to the industry in terms of adoption, change, and competitive posture. This Award recognizes the quality and depth of a company’s research and development program as well as the vision and risk-taking that enabled it to undertake such an endeavor.
Frost & Sullivan Best Practices Awards recognize companies in a variety of regional and global markets for demonstrating outstanding achievement and superior performance in areas such as leadership, technological innovation, customer service, and strategic product development. Industry analysts compare market participants and measure performance through in-depth interviews, analysis, and extensive secondary research in order to identify best practices in the industry.
About DiscoveRx Inc.
Founded in 2000, DiscoveRx is a privately held, venture-backed company headquartered in Fremont, California, with an additional office in Birmingham, England. The Company pioneered the use of Beta-galactosidase enzyme fragment complementation in biochemical and cell based assays for discovery research, and holds extensive intellectual property in this area. DiscoveRx is dedicated to the development and commercialization of innovative solutions to study GPCRs, Kinases and other major drug target classes, and many of their innovative products have been widely adopted in pharmaceutical and biotech drug screening laboratories worldwide. For more information on DiscoveRx products, please visit http://www.discoverx.com
Contact: Ms. Sailaja Kuchibhatla 1-510-979-1415 ext.104 (skuchibhatla@discoverx.com) About Frost & Sullivan
Frost & Sullivan, a global growth consulting company, has been partnering with clients to support the development of innovative strategies for more than 40 years. The company’s industry expertise integrates growth consulting, growth partnership services, and corporate management training to identify and develop opportunities. Frost & Sullivan serves an extensive clientele that includes Global 1000 companies, emerging companies, and the investment community by providing comprehensive industry coverage that reflects a unique global perspective and combines ongoing analysis of markets, technologies, econometrics, and demographics. For more information, visit http://www.awards.frost.com or http://www.drugdiscovery.frost.com .
Contact: Stacie Jones 210.247.2450 Stacie.jones@frost.com
Posted under Grants and Awards, HT Screening, North America, Press Releases, Targeted Libraries | Comments Off
Cytopia Announces Major License and R&D Collaboration
Last Updated on Wednesday, 7 June 2006 06:19 Written by admin Wednesday, 7 June 2006 06:19
MELBOURNE, Australia, June 4 /PRNewswire-FirstCall/ — Cytopia Ltd (ASX: CYT – News) today announced the signing of a global license and research and development collaboration with Novartis to develop orally active, small molecule therapeutics targeting JAK3 kinase for the prevention of transplant rejection and the treatment of multiple indications in autoimmune diseases such as rheumatoid arthritis.
Both companies will contribute expertise and intellectual property relating to JAK3 inhibitors for the purpose of bringing compounds into the clinic. Novartis will assume responsibility for product development and commercialisation. Cytopia has retained co-promotion rights for Australia and New Zealand.
“This deal is an important recognition of Cytopia’s internationally- leading position in the development of kinase inhibitors, particularly for the JAK family of kinases that are pivotal in the immune system,” said Dr Kevin Healey, Cytopia’s Managing Director and Chief Executive Officer. “We are delighted to be working with a company that is a global leader in transplantation, one of the major target areas for the alliance.”
Cytopia has a strong structural-based design approach to the development of kinase inhibitors and has been able to achieve impressive levels of both potency and specificity for a number of targets, particularly on JAK3. In conjunction with Monash University, Cytopia was the first to publish the crystal structure for JAK2, a related target and employs a proprietary software platform (ChemaPhore) for the in silico screening, design and refinement of drug leads.
Under the terms of the agreement Cytopia will receive payments from Novartis of approximately US$9.5 million over three years including an up front payment and research funding. Over the life of the agreement Cytopia may become eligible to receive development, regulatory and sales milestones which could total approximately US$205 million if an agreed number of multiple indications are successfully commercialised. Cytopia will also receive royalties on product sales.
About JAK3
JAK3 is a member of the JAK kinase family. JAK1 and JAK2 were discovered by Cytopia’s Chief Scientific Officer, Dr Andrew Wilks when at the Melbourne Branch of the Ludwig Institute for Cancer Research and Cytopia has become a world leader in the development of highly specific inhibitors for this class of enzymes.
Without JAK3 the immune system can not perform normally and individuals missing the JAK3 gene are severely immune compromised. Current therapies for transplant rejection and autoimmune diseases such as rheumatoid arthritis rely on drugs that also act on cells other than those of the immune system and in many cases cause severe side effects. JAK3 only occurs in cells of the immune system and so there is a strong possibility that JAK3 specific drugs offer a novel approach to treating these disorders with a potential reduction in side effects.
Transplantation and Autoimmune disease markets
The current market for drugs to prevent transplant rejection is approximately US$3 billion and Novartis is a key player. The transplant market is set for significant growth with the number of transplants reported to grow from 440,000 to 700,000 by 2010 and more specific and potent drugs could significantly penetrate this market.
Autoimmune diseases include rheumatoid arthritis (RA), inflammatory bowel disease, psoriasis, atopic diseases and multiple sclerosis. The RA market alone is forecast to grow to US$15 billion by 2009. Current drugs for this application either treat pain, slow disease or “mop up” immune stimulators. JAK3 inhibitors potentially offer a way to intervene more specifically and earlier in the progression of this disease.
About Cytopia
Cytopia Ltd is an Australian biotechnology company focused on the discovery and development of new drugs to treat cancer, immune disorders and cardiovascular diseases. Cytopia conducts its research and development via subsidiaries based in Melbourne and New York and specialises in discovering new molecules that can inhibit enzymes known as kinases, an exciting new class of drugs.
Burrill & Co, a San Francisco based life sciences investment bank, acted as advisors to the company in completing this agreement.
For more information please visit our website at:
Posted under Australia, Collaborations, Press Releases, Targeted Libraries | Comments Off
Data Presented on Anti-Cancer Compound ON 01910.Na at American Society of Clinical Oncology (ASCO) Conference; ON 01910.Na active in inducing regression of pre-established intracranial tumors in a model system
Last Updated on Wednesday, 7 June 2006 06:17 Written by admin Wednesday, 7 June 2006 06:17
ATLANTA–(BUSINESS WIRE)–Jun 5, 2006 – Dr. Jasti Rao, an investigator at the University of Illinois, in collaboration with Onconova Therapeutics, Inc., presented data yesterday highlighting the activity of therapeutic candidate ON 01910.Na in brain cancer or glioblastoma. The data were presented at the American Society for Clinical Oncology (ASCO) annual meeting being held in Atlanta.
“ON 01910.Na’s ability to both inhibit cancer cell growth and angiogenesis provides a dual attack on the invasive nature of glioblastoma,” said Dr. Rao, Professor of Cancer Biology and Neurosurgery at the University of Illinois.
Dr. E. P. Reddy, an inventor of ON 01910.Na and a collaborator in these studies commented, “Ongoing clinical studies have validated the safety of this drug anticipated by animal pre-clinical studies. Numerous animal models, including these elegant studies will lead the way to appropriate clinical trial designs for future development of this drug.”
These results provide a new avenue for clinical development of ON 01910.Na, which currently is being tested in multiple Phase I studies at three leading cancer centers in the U.S. These clinical trials are open to advanced cancer patients and are designed primarily to identify the maximum tolerated dose, to examine the drug’s safety, and secondarily to seek preliminary evidence of anti-tumor activity by various criteria. These trials are currently not open to glioblastoma patients.
“The studies being presented today and the encouraging ongoing clinical trials of ON 01910.Na suggest multiple possible Phase II studies for this novel therapeutic agent that will permit Onconova to make appropriate informed clinical strategy decisions for further development of this program based on scientific results,” added Mr. Michael Hoffman, who was recently elected Chairman of the Board of Onconova Therapeutics, Inc.
The poster containing these data, “Regression of pre-established intracranial tumor growth by ON 01910.Na, a selective anticancer agent currently in Phase I trials,” (abstract # 1576) was presented in the Central Nervous System Tumors session of the ASCO meeting.
About ON 01910.Na and Onconova’s Advanced Programs
In addition to ON 01910.Na, Onconova is building a portfolio of preclinical- and development-stage programs in oncology and cytoprotection by focusing on novel pathways and targets, including inhibition of the cell cycle and signal transduction. These include non-ATP kinase inhibitors and novel small molecule compounds that are selectively active in inducing apoptosis in cancer cells while protecting normal cells.
Onconova’s most advanced product candidate is ON 01910.Na, which is currently in three Phase I trials for advanced malignancies including solid tumors and leukemia. ON 01910.Na, a benzyl styryl sulfone, was invented by Dr. E.P. Reddy and colleagues, Director of the Fels Institute of Temple University, Philadelphia and a founder of Onconova Therapeutics, Inc. This compound has demonstrated a remarkable broad spectrum of activity against a large number of tumor cells in the laboratory. As demonstrated by the extensive pre-clinical work carried out in collaboration with Dr. James F. Holland of Mount Sinai Medical Center in New York, ON 01910.Na can act synergistically when combined with a variety of established chemotherapeutic agents. The drug inhibits key steps in the intricate control of mitotic progression in dividing cells and appears to selectively induce cell death in cancer cells. Toxicology studies indicate the tolerability and good safety profile of this compound.
The company’s second most advanced program addresses radioprotection. ON 01210.Na (Ex-RADTM) protects normal cells and animals against harmful radiation by enhancing DNA repair pathways in the affected cells. Currently it is in the pre-IND stage and is expected to advance to clinical trials shortly. This program is being developed in collaboration with the Department of Defense and under the FDA “animal rule” where product approval may be based on human safety and animal efficacy studies.
About Onconova Therapeutics, Inc.
Onconova is a privately held biopharmaceutical company focused on discovery and development of novel small molecule therapeutics for oncology and cytoprotection. The company’s core technology and products are derived from the work of Dr. E. P. Reddy, a molecular oncologist of world-renown. The company’s proprietary medicinal chemistry library and cell-based screening platform have yielded many promising drug candidates, including novel bcr-abl directed inhibitors that are active against all known Gleevec(R)-resistant mutations of this enzyme. This novel anti-leukemic compound is currently in the pre-clinical stage.
Founded in 1998, Onconova Therapeutics, Inc. has built a strong intellectual property position world-wide. Currently none of the company’s programs are encumbered by alliances.
For further information on Onconova Therapeutics, Inc., please visit http://www.Onconova.com.
Gleevec(R) is a registered trademark of Novartis.
Contact Investors Onconova Therapeutics, Inc. Michael Metzger, 917-838-1121 mametzger@onconova.us or Media KMorrisPR Kathryn Morris, 845-635-9828 kathryn@kmorrispr.com
Posted under Cancer Research, Medicinal Chemistry, North America, Press Releases, Targeted Libraries | Comments Off
Advancing Drug Discovery: From Better Hits to Better Candidates
Last Updated on Wednesday, 7 June 2006 05:59 Written by admin Wednesday, 7 June 2006 05:59
SBS 12th Annual Conference and Exhibition
September 17-21, 2006 – Seattle, WA, USA
The theme of the SBS 2006 annual conference in Seattle highlights the impact of screening and technology applications on drug discovery. With over a decade of HTS and combinatorial chemistry strategies now behind us, it is important to understand and critique the impact these technologies have had on providing better hits, better leads and most of all, better drug candidates to ultimately improve the quality of patient care.
Technical Session Summaries
No matter what part of the drug-discovery process you’re involved in, you’ll find plenty to interest you in the 2006 SBS Technical Sessions. This professional program presents issues and information from the best minds in the industry—covering the latest developments at every stage of the process and in every area of drug discovery.
With an unparalleled professional program comprising more than 45 presentations, you’ll get useful information and valuable insights to take back to your lab or workplace.
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Advanced Technology for Drug Discovery
Session Chairs:
Scott Diamond, University of Pennsylvania, USA
David Weaver, Vanderbilt University, USA
HTS labs are now conducting a continually increasing number of assays per year and are also encountering more difficult and nontraditional assays. This session will focus on emerging platforms and detection systems relevant to high-throughput screening challenges, including flow cytometry based HTS, microfluidics, microsensing, chemical microarrays, and label-free detection using mass spectrometry. Attendees of this session will learn how experts in the field are applying new technologies for challenging applications.
Target Biology & Screening sponsored by
Gary Krishnan, Eli Lilly, USA
Peter Lander, Eli Lilly, USA
Many companies have established platform approaches to identify novel leads and drug candidates for protein families or classes such as GPCRs, enzymes and ion channels. These efforts have addressed target biology and screening and have presented exciting opportunities to address therapeutic opportunities. These platform approaches have enabled high-throughput assays that optimally address target biology and selectivity and seize synergies among the individual projects in the same target class. This session will focus on the application of novel and traditional approaches used to produce better leads and candidates that target the biology of these important target classes.
Cells & Protein Production: Keeping Pace with Drug Discovery
Session Chairs:
Tom Kost, GlaxoSmithKline, USA
Lorenz Mayr, Novartis Pharma AG, Switzerland
The timely development, production and supply of high quality protein and cell-based reagents for HTS and compound profiling assays present a continual challenge within drug-discovery programs in both Pharma and Biotech. In addition to validating that a large number of diverse reagents possess the desired biological properties, one often needs to consider biosafety, stability, delivery, storage and tracking requirements. These requirements take on increased importance in the framework of the dramatic increase in the number of screening assays being performed in automated facilities that may be carried out by different groups in geographically distinct locations. Furthermore, recent trends in industry towards targets with less target validation and detailed knowledge about target production, demand continual enhancements of reagent production technologies. Attendees will learn of current approaches and future challenges of keeping pace with the supply of biologically relevant proteins, membranes, viruses and cells required to conduct productive drug-discovery programs.
Creating New Chemical Space for Lead Discovery
Session Chairs:
Michael Sofia, Pharmassett, Inc., USA
Armen Boldi, Discovery Partners International, USA
The objective of lead discovery is to identify a series of chemotypes that can be further progressed into expanded lead optimization. The primary strategies that are employed to support lead generation include high-throughput screening, focused screening, and structure-based approaches. All of these approaches require access to novel and diverse sets of compounds from either natural or synthetic sources that can be evaluated against the biological target of interest. The development of the necessary chemical space to support productive lead generation has spawned new approaches in the areas of natural products and synthetic natural product-like molecules, the evolution of high-throughput chemistry, the application of lead-like versus drug-like concepts, and the development of fragment-based strategies. It has also led to significant efforts to understand the interface between chemical and biological space and what characteristics are important in making a collection of compounds productive for lead generation. This session will address current chemical and theoretical approaches that are being employed to ensure that lead discovery efforts are providing quality leads to support down stream lead optimization needs.
Defining Target & Compound Specificity
Session Chairs:
William Janzen, Amphora Discovery Corporation, USA
Doriano Fabbro, Novartis Institute for Biomedical Research, Switzerland
Target specificity can mean many different things. Protein families such as protein kinases, GPCRs and ion channels play an essential role in many signaling pathways, and have, therefore, the potential to contribute to diseases ranging from cancer, inflammation and diabetes to cardiovascular and infectious disorders. Specificity as it is related to disease involvement is key to defining druggable targets, but identification of specific interactions and functional validation of targets remains a challenge. This session will explore contextual usage of the term specificity as well as methods for exploring compound target interactions and innovative approaches that have been developed to address specificity.
Hit to Lead Processes
Session Chairs:
Michael Sofia, Pharmasett, Inc., USA
Raju Mohan, Exelixis, Inc., USA
Prior to committing significant lead optimization resources to a HTS, active extensive validation of the chemotype is required. Therefore, the “hit to lead†process has evolved as a distinct phase in medicinal chemistry, bridging the gap between lead generation and full medicinal chemistry lead optimization. This process typically entails assessment of the pool of screening actives, validation of progressible SAR within selected chemical series, an early understanding of potential toxicological or metabolic liabilities, a clear understanding of IP and freedom-to-operate scope, and demonstration of in vitro potency and early indications of in vivo efficacy where possible. New cheminformatics tools, high-throughput assays that support liability assessment and the application of rapid analoging to scope out SAR trends are only a few of the emerging technologies utilized in critical decision making in the hit-to-lead phase. This session will highlight real examples of hit to lead development and showcase the application of novel approaches and tools that help accelerate the process.
Imaging & High Content Assays
Session Chairs:
Tina Garyantes, Sanofi-Aventis, USA
Renata Schnitzer, Boehringer Ingelheim, Austria
As the pharmaceutical industry struggles to increase productivity, there is a move toward using more physiologically relevant cellular assays and acute in vivo models earlier in the drug-discovery process. Examples include the re-emergence of phenotypic screening, the use of translocation assays for GPCRs and tyrosine kinase receptors, acute models of metastasis, and MRI and PET scanning of bone damage during osteoporosis and arthritis. At the same time, imaging technologies are maturing and penetrating into more laboratories where they are helping to advance compounds to or toward candidate status. This session will highlight examples of how these techniques can drive drug discovery ranging from cellular HCS to whole animal studies both at the lead identification and lead optimization phases.
Structural Biology & Lead Optimization
Session Chairs:
Harren Jhoti, Astex Therapeutics Ltd., United Kingdom
Kendall Nettles, The Scripps Research Institute, USA
The use of structure-based drug design methods in the discovery of novel lead compounds has grown significantly in the last decade. This has been largely due to technology advances in structural biology that allow scientists to obtain protein/ligand structures in a timely manner to guide medicinal chemistry. As a consequence lead optimization programs are now able to more efficiently generate drug candidates with the desired properties. Furthermore, high-throughput methods in crystallography and NMR have also allowed structure-based methods to establish new approaches for lead generation, such as fragment-based discovery. This session will outline some of the key technology advances in structural biology and illustrate their application for structure-based lead generation and optimization.
ADME/Toxicology in Early Drug Discovery
Session Chairs:
Kirk McMillan, Exelixis, Inc., USA
Charles Crespi, BD Biosciences, USA
Early application of ADME/toxicology assays in support of lead validation/optimization has become a critical component of small molecule drug discovery in both pharma and biotech organizations. Implementation of in vitro assays for profiling metabolic stability, cytochrome P450 inhibition, cell (or membrane) permeability and physicochemical properties (solubility, lipophilicity, pKa, etc.), as well as assays for identifying hepatoxicity, reactive metabolites, HERG channel interaction and genotoxicity have become routine determinants of a candidate’s “drugability”. These profiling assays in conjunction with extensive in vivo DMPK/toxicology studies have resulted in the selection of better clinical candidates and reduced compound attrition. This session will address new technologies, current practices and future directions for this important aspect of preclinical drug discovery and development.
Knowledge Management & Extracting Value from Large Data Sets
Session Chair:
Robert Brown, SciTegic, USA
Access to accurate, comprehensive and up-to-date information is key to making good project decisions during the discovery process. This symposium will consider challenges and solutions in gathering, organizing, analyzing and presenting discovery information for a research organization, for both internal and externally generated data. The session will address new paradigms for information and knowledge management and the application of new techniques such as workflow to increase the efficiency and effectiveness of information organization and data analysis. We will also present the architecture, design and functionality of knowledge management systems and case studies of their operational effectiveness in the drug-discovery process. The impact of external resources such as target class knowledge bases in drug discovery and their integration into information and knowledge management systems will also be discussed.
Biomarkers for Pre-clinical & Clinical Evaluation of New Drugs
Session Chairs:
Nicholas Dracopoli, Bristol-Myers Squibb, USA
Thomas White, Celera Diagnostics, LLC, USA
Biomarkers are being increasingly used in all aspects of drug development from target discovery to life cycle management. Early implementation of biomarker discovery and assay development strategies into the clinical development plan is essential for clinical trial design and monitoring for first-in-class compounds, as well as for second generation compounds against the same target or pathways. The definition of biomarkers is very broad and encompasses genomic biomarkers (single nucleotide polymorphisms) used in genetic association studies to dynamic markers (quantitative gene expression assays by microarrays or qPCR, proteomics and the more traditional assay formats including immunochemistry and flow cytometry). Given the breadth of opportunities for the application of biomarkers in drug development from target identification to dose selection and prediction of drug efficacy and risk of adverse events, no single biomarker strategy exists for any therapeutic area, let alone an entire discovery and development portfolio. This symposium will focus on several successful applications of both genomic and dynamic biomarkers in drug development to illustrate possible strategies to reduce attrition and accelerate clinical development.
Drug Discovery for Diseases of the Developing World
Session Chairs:
Jose F. Garcia-Bustos, GlaxoSmithKline, Spain
Lisa Conte, Napopharma, USA
Pharmaceutical products and vaccines have revolutionized health care in industrialized countries during the last century. However, this progress has barely touched low-income countries where millions of people lack access to essential medicines that could potentially have a remarkable effect on the healthcare of a third of the world’s population. Closing the gap between potential and reality entails action in these areas: incentives for academic and industrial R&D in diseases endemic in low-income countries; financing and distribution in resource-constrained areas; drug affordability; effective drug regulation to avoid misuse and fake drugs; and multi-stakeholder community based education, training, and sustainability planning. The panel will explore (a) industry-based solutions to drug development, registration, and distribution in developing and emerging economies; (b) community health initiatives; (c) incentives for tropical disease R&D; and (d) non-profit initiatives to provide access to essential drugs.
Systems Biology & Confluence with Drug Discovery
Session Chairs:
John Aitchison, Institute for Systems Biology, USA
Ilya Shmulevich, Institute for Systems Biology, USA
Rapid technological advances in large-scale data collection coupled with model-driven mathematical and computational approaches are allowing scientists to gain a global and integrated view of physiology and pathophysiology. Unlike approaches that focus on individual molecules or small groups of interacting molecules, systems-scale approaches hold the promise of deciphering large dynamic molecular networks that dictate the phenotypic state and enable principled drug target identification, validation, and the development of targeted interventions. The systems approach to biology and medicine promises to transform the practice of medicine by changing it from a reactive discipline to a predictive, preventive and personalized discipline.
Posted under Equipment & Supplies, HT Screening, Medicinal Chemistry, Targeted Libraries, USA and Canada | Comments Off
Spectrum Pharmaceuticals Announces Achievement of Target Enrollment in Satraplatin Phase 3 Registrational Trial (SPARC) for Second-Line Chemotherapy of Hormone Refractory Prostate Cancer
Last Updated on Thursday, 8 December 2005 05:28 Written by admin Monday, 5 December 2005 05:23
IRVINE, Calif., Dec. 5 /PRNewswire-FirstCall/ — Spectrum Pharmaceuticals, Inc. (NASDAQ: SPPI) today announced the achievement of target enrollment in the Phase 3 registrational trial of its lead drug candidate satraplatin, the only orally bioavailable platinum-based compound in advanced clinical development. The SPARC trial (Satraplatin and Prednisone Against Refractory Cancer) managed by the Company’s co-development partner, GPC Biotech AG (Frankfurt Stock Exchange: GPC; Nasdaq: GPCB), is a multicenter, multinational, double blind, randomized study that is assessing the safety and efficacy of satraplatin in combination with prednisone as a second-line chemotherapy in patients with hormone-refractory prostate cancer (HRPC). More than 200 clinical sites in fifteen countries on four continents have now achieved the goal of accruing 912 patients to the SPARC trial. A number of additional patients are in screening, and GPC Biotech will allow those patients to complete the process and either be randomized into the trial or disqualified, in accordance with the trial protocol.
“We are excited to have achieved this major milestone in the development of satraplatin,” stated Rajesh C. Shrotriya, M.D., Chairman, Chief Executive Officer and President. “The rapid accrual rate of the SPARC trial supports the need for effective second-line chemotherapy treatments for hormone- refractory prostate cancer patients. Working in conjunction with our partner, GPC Biotech, we are committed to completing this study and moving forward in the registration process as expeditiously as possible.
“That we could achieve our accrual goal of 912 patients in just over 26 months, making the SPARC trial one of the fastest accrued Phase 3 clinical trials for chemotherapy drugs in prostate cancer, is a direct testament to the dedication and hard work of the clinical investigators, the study site personnel and the drug development team at GPC Biotech,” continued Shrotriya. “The joint development team, made up of representatives from Spectrum and GPC Biotech, has been looking forward to this day and are pleased to be one step closer towards bringing this important drug to marketing approval and helping patients with this terrible disease.”
About Prostate Cancer
Prostate cancer is the most common cancer among men in the U.S. and Europe. Approximately 232,000 men in the U.S. are expected to be diagnosed with the disease in 2005. With over 30,000 U.S. deaths estimated for 2005, prostate cancer is the second leading cause of cancer-related death in men — second only to lung cancer. In the European Union, 138,000 new cases are expected to be diagnosed, and 45,000 patients to die within the same time period. Since the incidence of prostate cancer increases with age, the aging of the overall population is expected to further increase the number of prostate cancer patients.
Most patients diagnosed with prostate cancer initially receive surgery or radiation therapy, and some of these patients are cured. For many others, though, the disease recurs. At this point, the recurrent disease is treated with hormone therapy, and most patients initially respond well to this treatment. Eventually, however, the tumor cells become resistant to the hormones — or “hormone-refractory” — and the tumor again progresses. Increasingly, chemotherapy is being used as an effective first-line treatment for HRPC. However, it is not a cure, and so this is creating a need for effective therapeutic options as second-line chemotherapy treatments for these patients once they have progressed.
About Satraplatin
Satraplatin, an investigational drug, is a member of the platinum family of compounds. Over the past two decades, platinum-based drugs have become a critical part of modern chemotherapy treatments and are used to treat a wide variety of cancers. Worldwide sales of these drugs exceeded $2.2 billion in 2004. Unlike the platinum drugs currently on the market, all of which require intravenous administration, satraplatin is an orally bioavailable compound and is given as capsules that patients can take at home. An oral platinum drug could offer key advantages, including ease of administration and patient convenience, in a variety of applications. Satraplatin is in a Phase 3 registrational trial — the SPARC trial — as a second-line chemotherapy treatment for HRPC. GPC Biotech has completed a Special Protocol Assessment with the U.S. FDA and has received a Scientific Advice letter from the European regulatory authority, the European Medicines Agency (EMEA). The FDA has also granted fast track designation to satraplatin for this indication.
Phase 2 trials have been completed in HRPC, ovarian cancer and small cell lung cancer. Promising early clinical results have also been shown when satraplatin is combined with radiation therapy, and a Phase 1/2 study evaluating this combination in patients with non-small cell lung cancer has been initiated. Several others studies evaluating satraplatin in combination with other therapies and in various cancers are underway or planned. Further information on satraplatin can be found at the Company’s website at http://www.spectrumpharm.com/ or in the Anticancer Programs section of GPC Biotech’s website at http://www.gpc-biotech.com/.
About Spectrum Pharmaceuticals
Spectrum Pharmaceuticals is a specialty pharmaceutical company engaged in the business of acquiring, developing and commercializing prescription drug products for the treatment of cancer and other unmet medical needs. By leveraging its operational flexibility and regulatory proficiency, and using the extensive research and development capabilities of its strategic alliance partners, Spectrum has built a diversified portfolio of proprietary and generic drug products in various stages of development and regulatory approval. For more information, please visit our website at http://www.spectrumpharm.com/.
Forward-looking statements
This press release may contain forward-looking statements regarding future events and the future performance of Spectrum Pharmaceuticals that involve risks and uncertainties that could cause actual results to differ materially. These statements include but are not limited to statements that relate to our business and its future, the Company’s operational flexibility and regulatory proficiency, the extensive research and development capabilities of the Company’s strategic alliance partners, completing the Phase 3 study and moving forward in the registration process as expeditiously as possible, bringing satraplatin to marketing approval, key advantages of an oral platinum drug, including ease of administration and patient convenience, in a variety of applications, initiating studies evaluating satraplatin in combination with other therapies and in various cancers and any statements that relate to the intent, belief, plans or expectations of Spectrum or its management, or that are not a statement of historical fact. Risks that could cause actual results to differ include the possibility that our existing and new drug candidates, may not prove safe or effective, the possibility that our existing and new drug candidates may not receive approval from the FDA, and other regulatory agencies in a timely manner or at all, the possibility that our existing and new drug candidates, if approved, may not be more effective, safer or more cost efficient than competing drugs, the possibility that past results may not be indicative of future results, the possibility that price and other competitive pressures may make the marketing and sale of our generic drugs not commercially feasible, the possibility that our efforts to acquire or in- license and develop additional drug candidates may fail, our lack of revenues, our limited experience in establishing strategic alliances, our limited marketing experience, our limited experience with the generic drug industry, our dependence on third parties for clinical trials, manufacturing, distribution and quality control and other risks that are described in further detail in the Company’s reports filed with the Securities and Exchange Commission.
Contact: Laurie Little
Sr. Director, Investor Relations
(949) 743-9216
Website: http://www.spectrumpharm.com/
Website: http://www.gpc-biotech.com/
Posted under Cancer Research, North America, Press Releases, Targeted Libraries | Comments Off
TimTec announces 10-year anniversary
Last Updated on Wednesday, 19 October 2005 12:38 Written by admin Monday, 17 October 2005 01:20
October 17, 2005
TIMTEC INC, Delaware—TimTec Inc. is expressing customer and business partner appreciation as the company marks 10-years anniversary on the market of early drug-discovery.
Ten years in business, TimTec has matured into an internationally recognized expert in comprising diversity and targeted library collections tailored to fit drug discovery trends. Presently the company features its premier libraries: grand in diversity screening collection ActiMol-25K, 50K, or 70K; drug-like and diverse in chemotypes ActiProbe-10K; attractive in price and value ScreenStart-5K; Natural Product Library of pure compounds and plant extract; and targeted libraries (Kinase Modulators, GPCR Ligands, Anti-infectives, Potassium Channel Modulators, and Protease Inhibitors).
TimTec maintains extensive network of partners and suppliers worldwide to ensure the delivery of best products and services to its customers. MyriaScreen Diversity Collection of compounds with distinct drug-like properties is the successful result of the collaboration with Sigma-Aldrich Corporation.
TimTec , Inc. evolved from a venture started by the Zelinsky Institute of Organic Chemistry (ZIOC) in Russia in the late 1980’s. Tremendous growth opportunities in the bio-based industry prompted the management to establish operations in U.S. and expand further servicing customers world-wide. In 1995 the company incorporated in DE. During this timeframe the company had grown its product lines to include organic and synthetic compounds for HTS, building blocks, natural products, biotinylation reagents, specialty chemicals, chromatography columns, packing material, and chemical database management software. TimTec offers custom synthesis, quality control, and full service compound management services. TimTec goes on servicing bio-based industry research always remaining flexible to accommodate custom needs and requirements.
For further information please contact:
TimTec Inc
301 A Ruthar Drive
Newark DE 19711
Tel 302 292 8500
Fax 302 292 8520
info@timtec.net
http://www.timtec.net
http://www.buyreagents.com
Posted under ChemInformatics, Compound Libraries, Diversity Libraries, Drug-Like Compounds, North America, Press Releases, Targeted Libraries, USA and Canada | Comments Off
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