1. This indicates the limitations of the predictivity of disease models and also that the validity of the targets being investigated is frequently questionable, which is a crucial issue to address if success rates in clinical trials are to be improved. Candidate drug targets in industry are derived from various sources, including inhouse target identification campaigns, inlicensing and public sourcing, in particular based on reports published in the literature and presented at conferences. During the transfer of projects from an academic to a company setting, the focus changes from ‘interesting’ to ‘feasible/marketable’, and the financial costs of pursuing a full-blown drug discovery and development programme for a particular target could ultimately be hundreds of millions of Euros. Even in the earlier stages, investments in activities such as high-throughput screening programmes are substantial, and thus the validity of published data on potential targets is crucial for companies when deciding to start novel projects. To mitigate some of the risks of such investments ultimately being wasted, most pharmaceutical companies run in-house target validation programmes. However, validation projects that were started in our company based on exciting published data have often resulted in disillusionment when key data could not be reproduced. Talking to scientists, both in academia and in industry, there seems to be a general impression that many
[1]
B. Nemery,et al.
What happens to the manuscripts that have not been accepted for publication in Occupational and Environmental Medicine?
,
2001,
Occupational and environmental medicine.
[2]
J. Ioannidis.
Why Most Published Research Findings Are False
,
2005,
PLoS medicine.
[3]
D F Kallmes,et al.
Fate of Submitted Manuscripts Rejected from the American Journal of Neuroradiology: Outcomes and Commentary
,
2007,
American Journal of Neuroradiology.
[4]
Sara Schroter,et al.
What errors do peer reviewers detect, and does training improve their ability to detect them?
,
2008,
Journal of the Royal Society of Medicine.
[5]
M. Garcia-Blanco,et al.
Factors Affecting Reproducibility between Genome-Scale siRNA-Based Screens
,
2010,
Journal of biomolecular screening.
[6]
J. Arrowsmith.
Trial watch: Phase II failures: 2008–2010
,
2011,
Nature Reviews Drug Discovery.
[7]
Lev Osherovich,et al.
Hedging against academic risk
,
2011
.
[8]
2008 to 2010
,
2013
.