Leading the Way in Life Science Technologies

GEN Exclusives

More »


More »
July 01, 2009 (Vol. 29, No. 13)

Significant Change Predicted for Bioindustry

Economic Realities Force Life Science Firms to Deviate from Traditional Business Models

  • Pharmaceutical Industry Dynamics

    Changing investor sentiment and the competitive dynamics of the pharmaceutical industry are both promoting the likelihood of profound structural change in the sector.

    Traditional big pharmaceutical companies thrived during the 1990s. From December 1990 through December 1998, the indexed share value of the top companies appreciated well over fivefold. The sector’s performance over the last decade, however, has been quite different. 

    From December 1998 through September 2008, the index dropped nearly 15%, accelerating to a decline of over 35% at the market’s March 2009 nadir.  In contrast, through September 2008 the biotechnology sector, as measured by the BTK, advanced more than 300%. What might account for such a divergence in performance in sectors that seemingly share so many similar characteristics?

    In 1989, more than 50% of the pharmaceutical industry’s R&D budget was spent on preclinical activities. This percentage dropped slowly through the 1990s, declining to 44% by 1999. Beginning in 2000, however, the drop became precipitous as the industry focused a much greater percentage of its R&D budget downstream on such activities as expanded clinical trials. 

    By 2006, this figure stood at slightly more than 25%. More striking is the revelation that when measured in terms of constant absolute dollars, spending on preclinical R&D activities actually declined 0.4% annually over the period, despite an annual increase of nearly 7% in total R&D spending.

    The effect of this shift in R&D spending is perhaps best reflected in new drug approvals. Throughout the 1990s, well in excess of 50% of all new drug approvals originated with the big pharmaceutical companies. As late as 2001, big pharma accounted for over 60% of NDAs. That percentage subsequently plunged, with new drugs sourced from big pharma now only 25% to 30% of the annual total. This figure has been as low as 15%. This innovation gap has been filled primarily by biopharmaceutical companies that today regularly account for 75% or more of new therapeutics developed each year.

    The divergence in stock market performance between big pharma and biotech strongly suggests that discovery and early-stage development are defining core competencies and that value creation and a sustainable competitive advantage find their origin in great part in product innovation. 

    Conversely, the ability to establish and maintain defensible barriers based on downstream competencies are transient at best, particularly given that information asymmetries have to a large extent been eliminated in this information age. This change in the competitive landscape has resulted in a fundamental shift in economic allocations: product innovators will increasingly capture the largest share of the economic pie.

    Traditional pharmaceutical companies have been forced to adapt to these changes rapidly and compensate for a growing pipeline gap. Acquisition of bigger biopharmaceutical companies with marketed products has apparently been deemed the most expeditious means to accomplish this goal. Subsequently the sector has witnessed many prominent biotech transactions.

    Yet while such deals provide a top-line benefit in the short term, significant uncertainty remains regarding the longer term value that is ultimately derived from these acquisitions. The product portfolios of the targets are often quite limited, and acquired drug candidates often still face significant regulatory hurdles and market risk. 

    Duplicate downstream competencies are of limited value to the acquirer, who often boasts far deeper capabilities. Cultural integration issues often also present daunting barriers, which are of particular importance given that so much of the value resides in human capital. On top of these issues, the acquisition premium that companies with approved products can command is quite high given their scarcity.

    Despite the attractiveness of marketed products and late-stage candidates, the acquisition activity of big pharma more recently may be indicative of a growing recognition of the difficulty in extracting value from such acquisitions. From the beginning of 2005 through 2008, a significant majority of all big pharma acquisitions, nearly 70%, have been of companies with a clinical pipeline consisting only of early-stage candidates, if any. That traditional pharmaceutical companies are pursuing such deals may suggest that they are placing increasing importance on accessing early-stage technologies.

    As a step toward reestablishing leadership in product innovation, big pharma companies may step further into the funding vacuum created by the market downturn and accelerate their acquisition activities. Moreover, given current market conditions, attractive technologies may be acquired at significant discounts, despite lofty acquisition premiums paid. And with few viable alternatives, shareholder receptiveness to acquisition overtures is high. 

    Recent examples of such activity include GlaxoSmithKline’s acquisition of Genelabs and Eli Lilly’s acquisition of SGX Pharma. Yet it is unlikely that the traditional pharmaceutical industry will lead a broad-based sector consolidation. The economic downturn has impacted big pharma as well, and the industry is likely to pursue such acquisitions selectively and at a measured pace.

    A more permanent impact resulting from the current market dislocation could be a company development pathway that deviates significantly from historical experience. With public-market bias favoring more established companies offering a greater breadth of products, private investors will likely have neither the investment appetite nor the financial resources to bridge the ensuing and ever-widening funding gap. In consequence, there will be far fewer companies formed around a single compound or technology, a model that has been so pervasive historically.

Related content