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Researchers identify new approach to eliminate side effects of drugs

Researchers at the Stanford University School of Medicine have taken an early step toward identifying a new approach to drug discovery that may eventually yield drugs with fewer side effects.

7 Jan 2010

Receptos raises $25 million through Series A financing

Receptos, Inc., a privately held biopharmaceutical company, announced the closing of a two-tranche $25 million Series A financing. The company is focused on identifying and developing best- and first-in-class GPCR therapeutic candidates through information-driven drug discovery, including GPCR structure. Investors include ARCH Venture Partners, Flagship Ventures, Lilly Ventures and Venrock.

23 Nov 2009

Caliper Discovery Alliances and Services receives a $1.8M funding commitment for the EPA's ToxCast program

Caliper Life Sciences, Inc., a leading provider of tools and services for drug discovery and life sciences research, today announced that its Caliper Discovery Alliances and Services (CDAS) unit has been awarded a new funding commitment for $1.8 million under its contract with the Environmental Protection Agency (EPA) for the EPA's ToxCast screening program.

9 Nov 2009

Aureus Pharma to provide new AurSCOPE knowledge databases for sanofi-aventis’ R&D division

Aureus Pharma, a leading provider of knowledge management solutions to accelerate discovery in the life sciences industry, announces today the extension of its knowledge database agreement with sanofi-aventis research & development for an additional three-year term.

5 Nov 2009

NIH awards Trevena $7.65M Grand Opportunity grant

Trevena Inc., a leader in the discovery of G-protein coupled receptor (GPCR) biased ligands announced today that it was awarded a $7.65 million Grand Opportunity (GO) Grant by the office of the director of the National Institutes of Health (NIH). This grant will further fund Trevena’s work to identify and characterize functionally selective biased ligands for a wide range of GPCRs.

3 Nov 2009

Caliper Life Sciences to use SRU Biosystems’ label-free BIND technology for new functional assays

SRU Biosystems today announced that Caliper Life Sciences will use SRU Biosystems’ label-free BIND® technology to offer new functional assays as part of its Discovery Alliances and Services.

3 Nov 2009

CellAura to provide pharmacologically validated reagents for Cisbio Bioassays' cellular studies

CellAura, the leading producer of fluorescence reagents for drug discovery and life sciences research, today announced a development partnership with Cisbio Bioassays. Under the terms of the agreement, CellAura will provide pharmacologically validated reagents to Cisbio Bioassays that will be applied to Cisbio Bioassays’ Tag-lite™ range of non-radioactive assays for cellular studies.

23 Oct 2009

Heptares Therapeutics to apply its StaR technology to generate novel drug leads against GPCR target

Heptares Therapeutics Ltd, the drug discovery company focused on G-protein-coupled receptor (GPCR) targets, announced today that it has entered into an option agreement with the Novartis Option Fund under which Heptares will apply its proprietary StaR(TM) technology to generate novel drug leads against a nominated, unspecified GPCR target of interest to Novartis.

12 Oct 2009

BioFocus to use DiscoveRx's GPCR screening assay and associated cell lines

DiscoveRx Corp. and BioFocus® announced today that they have signed a co-marketing agreement that allows BioFocus to perform screening on behalf of BioFocus’ customers using DiscoveRx PathHunter™ ß-Arrestin GPCR screening assay, HitHunter™ cAMP assays and associated cell lines.

9 Oct 2009

New mechanism of bone formation may help fight osteoporosis

The natural cycle of building bone to maintain skeletal strength and then breaking it down for the body's calcium needs is delicately balanced, but diseases like osteoporosis break down too much bone without adequate bone replacement, leading to bone fractures.

8 Oct 2009

Co-marketing partnership between Enzo Life Sciences and BioTek Instruments

Enzo Biochem, Inc. announced today a co-marketing partnership between its Enzo Life Sciences subsidiary, a world leader in non-radioactive probe technology, and BioTek Instruments, a privately held global leader in the development, manufacture and sale of microplate instrumentation for drug discovery and life science applications, involving powerful, integrated solutions for high throughput live cell analysis.

3 Oct 2009

GSK allowed access to DiscoveRx' PathHunter ß-Arrestin parental cell lines and reagents

DiscoveRx Corp. announced today the signing of a global agreement with GSK, a leading pharmaceutical company, to provide access to its PathHunter™ ß-Arrestin parental cell lines, clones and associated reagents for use in GSK’s internal GPCR Screening and Profiling efforts.

1 Oct 2009

Ascent Therapeutics demonstrates Pepducin efficacy

Ascent Therapeutics announced today that the Company has demonstrated efficacy in preclinical models in two Pepducin projects. One of the projects targets CXCR4, a key regulator of stem cell and inflammatory cell homeostasis. A second project has yielded the first potent Pepducin agonists for an undisclosed cardiovascular target.

11 Sep 2009

New tag could enable more detailed structural studies of mammalian proteins

To say our genes are resourceful is a gross understatement. Through ingenious combinations of a paltry 20 amino acids, the basic building blocks of life, genes engineer all of the tissues and organs that are the marvel of our working bodies.

6 May 2009

55 proteins found to interact with nicotine

Nicotine isn't just addictive. It may also interfere with dozens of cellular interactions in the body, new Brown University research suggests.

6 Apr 2009

Beta arrestins found to generate new proteins

Duke University Medical Center researchers have recently discovered that a crucial communications pathway in cells not only stops cells from making proteins, it also makes them go. The team was able to define the way in which proteins called beta arrestins (for their role in stopping signals) also turn on pathways that ultimately lead to the production of new proteins in virtually all tissues in the body.

24 Apr 2008