News

Job Opportunities at InhibOx

InhibOx develops and applies novel and effective computational methods for drug discovery to improve the productivity of lead identification and candidate optimization.  The company is also a pioneer in the application of cloud computing to computer-aided molecular design.   

Two positions are available at our Oxford offices to work on a collaborative drug discovery project in the area of antibacterial research:

 

InhibOx Completes Project For DormaTarg

InhibOx recently completed a project for DormaTarg, Inc., based in Oklahoma City, OK, USA.  Their mission is to prevent the recurrence of cancer by identifying drugs that will destroy suppressed cancer cells before they re-activate, and are taking these lead compounds toward FDA approval.  DormaTarg is also seeking biomarkers of tumour dormancy.  Robert E. Hurst, PhD, President & CSO, DormaTarg, Inc., said:

New Book Edited by InhibOx Chairman on University Intellectual Property

The traditional role of the university has been to teach and conduct original research, but this situation is changing.

InhibOx Joins the GO Fight Against Malaria (GO FAM) Project

GO Fight Against MalariaResearchers at InhibOx and Prof.

InhibOx Featured in High Performance Computing Case Study on AWS

Chemicals from the CloudAmazon Web Services (AWS) have just published a case study on InhibOx's use of the cloud under their High Performance Computing section; see http://aws.amazon.com/solutions/case-studies/inhibox/.

InhibOx Chairman Designs Olympic Molecule

Olymicene radicalProfessor Graham Richards CBE, Chairman of InhibOx and Council Member at the Royal Society of Chemistry, helped the UK commemorate the forthcoming London 2012 Olympics by conceiving of a molecule which depicts the five Olympic rings.

InhibOx & University of Oxford publish comparison of conformation generation methods in JCIM

Conformer ensemble.InhibOx develops novel computational methods for drug discovery.  Generating high-quality, low-energy conformations of candidate drug molecules is an important aspect in the computational discovery of novel therapeutics.   Towards this end, InhibOx's STARS Network D.Phil. student, Jean-Paul Ebejer, InhibOx's Dr Garrett M.