______________________________Arrow-Pushing in Organic Chemistry: An Easy Approach to Understanding Reaction Mechanisms, 2nd Edition (111899132X) cover image

Tuesday, October 19, 2010

Consulting in Biopharma

Just a quick note today.  I was recently asked to describe my experiences as a consultant.  Part 1 and part 2 of the resulting interview are posted on the Chemjobber blog.

Friday, October 15, 2010

New Paradigms in Drug Discovery

With ongoing uncertainty in the economy, two issues impacting potential rebounds in industry are:
  • the lack of new funds available for investment, and
  • the need to deliver a rapid return on investment capital.
There is perhaps no sector impacted more by these two issues than pharmaceuticals.  The reasons are in fact quite plain.  Products cannot be advanced from research through the clinic without appropriate funding.  Furthermore, the drug discovery process is inherently slow requiring up to 15 years for successful programs to reach market.  As I have discussed in various postings, these issues, while formidable, can be addressed through creative business models. In this vein, at the ACS meeting in Boston, I learned of Lilly's PD2 program.  This effort, effectively recruits small companies and academic laboratories by offering free and confidential compound screening with the intention of mining this chemical space for potential products to develop and/or potential collaborative relationships.  

The PD2 program is innovative in that it utilizes the broad capabilities and chemical space provided by a broad network of settings for the purpose of advancing its drug discovery pipeline.  Within the parameters of this program, 
  • potential collaborators submit compound structures to a confidential on-line evaluation tool
  • following evaluation of submitted structures, those deemed interesting to Lilly's programs are selected for screening
  • following screening of interesting structures, those with promising activity profiles become subjects for collaborative development activities
If you are a small company or an academic group with limited screening capabilities, how can you lose?  This is especially important regarding compounds that are not of interest to Lilly - companies/academics retain all IP rights.  In the end, small companies/labs with limited resources identify potential development partners and Lilly gets to enhance its research/development pipelines. From the corporate perspective, this is truly a win-win scenario providing a new dimension to the paradigm shift impacting today's pharma/biotech sector.

Corporate Win-Win Scenarios - Where do Employees Fit In?

Looking at PD2 from inside of Lilly's corporate headquarters or from within the labs of a potential small company collaborator, compounds are changing hands and the no-cost synergistic resources available are enough to entice business personnel from both entities to enter into mutually beneficial contractual relationships.  However, if viewed from above, one can see a slightly different scenario.  On one side, small company scientists engaged in drug discovery activities find a sense of security through potential interest from big-pharma.  On the other side, the potential influx of developable compounds might induce Lilly's drug discovery infrastructure to question its long-term importance to the company.  After all, if Lilly can obtain drug discovery services for free, why should it employ its own efforts?

The above argument, while presenting a black-and-white picture, does illustrate a trend towards new paradigms in the pharmaceutical industry.  Such paradigms clearly depend upon research activities. However, such research activities are executed through peripheral organizations and not within the infrastructure of parent companies. Nobody disputes the fact that without research, there can be no development pipelines.  The only real questions are:
  • Who does the research?
  • Where will research activities be located?
While research activities will always require the talents of skilled and knowledgeable scientists, the location of such activities is still a point of discussion.  As I mentioned in previous posts, research infrastructure is very expensive to maintain - especially when priorities shift to development.  On the other hand, the ability to draw on research infrastructures without the umbrella of long-term commitments provides an attractive option to parent organizations invested in the success of drug development activities.  Through decentralized research models such as PD2, scientists will be able to continue producing cutting-edge research and, at the same time, feed the development pipelines of companies possessing the financial resources capable of bringing new therapeutics to market.