Cambridge Crystallographic Data Centre
and InhibOx partner to offer drug development services
2 August 2010
Oxford-based InhibOx Ltd and the Cambridge Crystallographic
Data Centre have joined forces to create a uniquendrug discovery
service.
Users of the new service will benefit from the shared depth of
expertise that includes extensive commercial drug discovery
experience and from the leading proprietary technologies developed
by both organisations.
The combined service offers pharmaceutical, biotech and
governmental research organizations access to new capabilities to
accelerate drug discovery and improve productivity. It includes
full-spectrum computer-aided drug discovery (CADD) from receptor
site modeling, through lead identification, lead optimization and
ADME property prediction to formulation modeling.
The new service offers life science companies a step-change in
the quality and effectiveness of CADD services through the use of
leading proprietary technologies and databases, applied by
scientists with deep commercial drug discovery experience.
The Cambridge Crystallographic Data Centre (CCDC) is a not for
profit organization, established in 1965. It supports drug discovery
through its industry-standard Cambridge Structural Database (CSD),
containing more than half a million small molecule crystal
structures, and through knowledge-based tools to support receptor
modeling, ligand design, docking, lead optimization and formulation
studies. Its database and modeling systems are in use at research
operations worldwide, including at all of the world's top
pharmaceutical companies.
InhibOx, the Oxford-based drug discovery service specialist, was
founded in 2001 and has developed Scopius, the world's largest
curated database of drug candidate molecules. Scopius offers
multiple-conformation 3D structures, shape and charge descriptors,
physical and ADME properties and commercial availability
information.
InhibOx has also developed proprietary drug discovery
technologies to support target- and ligand-based lead
identification, fragment-based de novo design methods and
formulation modeling. It is pioneering the use of cloud computing
and Software-as-a-Service delivery methods to offer no-compromise,
on-demand lead identification and optimization services which have
demonstrated dramatically improved results over traditional HTS and
virtual screening methods.
The two bodies have set up a joint team to commercialize and
support the new service and will share operating expenses and
revenues. Sales and service operations for the new, combined service
are based out of Oxford and Cambridge, UK, and Princeton, NJ. The
two organizations will also collaborate on the development of new
approaches to bring scientific breakthroughs and productivity
benefits to all aspects of computer-aided drug discovery, delivering
the greatest possible rigor to the process.
The driving force behind the alliance came from the CCDC's global
and evolving user community. "We have been asked more and more
frequently by our users whether we can bring to bear our in-house
drug discovery experience to address their research challenges,"
said Dr Colin Groom, Executive Director at CCDC. "The alliance with
InhibOx gives us the breadth of technology and a focused team to
meet this demand. We at CCDC are keen to do more work with our users
across the research community and this exciting development will
take us forward rapidly to be able to achieve this."
"The timing could not be better," explained Paul Davie, CEO of
InhibOx. "The drive to outsourcing by major pharmaceutical
enterprises, and the resulting emergence of a new wave of biotechs
and CRO's, has created a sudden need for high quality computer-aided
drug discovery services. CADD cannot be delivered effectively by
companies with just point solutions or a few off-the-shelf tools.
This partnership gives the industry what it really needs —a full
spectrum, best of breed service offering, delivered by a team with
real world drug design and development experience in companies such
as Pfizer, GSK, UCB, ICI, Dow and several of the world's top
academic institutions."