gleaned from educational websites,
discussion groups and blogs, they will
not only want better, safer medicines,
they will also want a range of satellite
services they can tailor to their
individual needs.
If Pharma is to accommodate these
changes in the marketplace, it will have
to collaborate much more extensively
– as it will, indeed, to capitalise on
some of the scientific and technological
trends that are now emerging. The
research base is shifting, for example.
Non-OECD economies accounted for
18.4% of the world’s R&D in 2005, up
from 11.7% in 1996. The number of
patents filed by Asian researchers also
increased significantly over the same
period, albeit from low levels.
11
So the
industry will have to forge much closer
links with the most reputable centres of
scientific excellence in these countries.
Meanwhile, new technologies are
providing new sources of knowledge.
Home surveillance systems, portable
devices and implants, linked to online
and wireless networks, will facilitate
the monitoring of patients on a real-
time basis outside a clinical setting.
But if Pharma is to get access to the
outcomes data remote monitoring
generates, it will have to collaborate
with the hospitals and clinics that
capture this information.
Technological advances will likewise
enable the virtualisation of large parts
of the R&D process, as we explained in
“Pharma 2020: Virtual R&D”.
12
Some of
the leading pharmaceutical companies
are already exploring the potential of
semantic technologies and computer-
aided molecule design. Various
academic institutes and bioinformatics
firms are also building computer models
of different organs and cells, with the
ultimate aim of creating a “virtual man”.
But developing such a model will require
a monumental collaborative effort far
exceeding that required to complete the
Human Genome Project.
13
The economic case for change is
clear. The decline of revenue growth
and margins result in reduced
shareholder returns which will force
pharmaceutical companies to adapt.
There is a compelling case for increased
collaboration. Delivering drug therapies
to payers and patients in a 2020 world
will require new skills, technologies and
channels - the infrastructure required will
be uneconomic for anyone, other than
the largest players, to build internally.
To sum up, the key social, economic
and technological changes currently
taking place in the pharmaceutical and
healthcare arena will all necessitate the
development of multinational, multi-
disciplinary networks drawing on a
much wider range of skills than Pharma
alone can provide. The constraints
that previously hindered organisations
from collaborating over distance are
simultaneously evaporating – paving the
way for the use of new business models
(see sidebar, Emerging collaborative
networks).
14
In the next sections, we shall
look at the implications of broadening the
value proposition, the various models that
exist and the different opportunities and
risks they present.
Broadening the value
proposition and
managing the value chain
Pharma currently creates value by
developing new medicines (and a
relatively limited number of diagnostics).
Collaborating much more closely with
the key stakeholders in the healthcare
sector will enable the industry both
to expand its remit and to align its
Emerging collaborative networks
Several pharmaceutical firms
have already begun to use more
collaborative models. One such
instance is Lilly, which is currently
transforming itself from a traditional
fully integrated pharmaceutical
company into a fully integrated
pharmaceutical network, so that it can
draw on a wide range of resources
beyond its own walls. Lilly hopes that
teaming up with other organisations
to create virtual R&D programmes
will enable it to get better access to
innovation, reduce its costs, manage
risks more effectively and enhance
its productivity. For example, the
Chorus Project is a virtual organisation
to take molecules quickly to Proof
of Concept. Lilly also uses external
networks comprising third parties such
as Piramal Life Sciences, Hutchison
MediPharma, Suven Life Sciences for
the development of molecules.
Swiss biopharmaceutical development
specialist Debiopharm has pioneered a
more radical approach. The company
in-licenses promising new candidates
from academic institutes and biotech
companies, develops them and then
out-licences them to Big Pharma.
Debiopharm’s successes include three
products with combined global sales
of more than US$2.6 billion in 2007.
Most of the collaborative models that
currently exist are limited to R&D. But
it is easy to envisage various other
permutations, including networks
focusing on different therapeutic
areas and covering everything from
R&D through to sales and marketing;
networks focusing on different
enabling technologies, such as
genomics, proteomics and stem cell
research; and networks focusing
on the management of outcomes in
specific patient segments.