Traditionally, industry-sponsored clinical research used to be situated in relatively
safe regions like North America, Western Europe or Oceania. In recent years, however,
the biopharma-sponsored clinical evaluations of drugs are being gradually moved
to the so-called emerging regions, such as Eastern Europe, Latin America and Asian
countries. The reasons for such transition include the outlook of the reduction
of operational costs while recruiting a large number of patients in a timely manner;
the establishment of contract research organizations focused in global clinical
trials; the rapid pace of growth of market size, research capacity and regulatory
authority in emerging regions; and the harmonization of guidelines for clinical
practice and research. The number of clinical trials initiated in Central and Eastern
Europe more than tripled from 2002 to 2007, making the region a key part of global
clinical research.
The 2008 estimate of the European clinical trials market was €20.3 bln ($32 bln).
It is reasonable to expect a 10.6% annual growth, which would lead to 30.38 bln
($47 bln) in 2012. Eastern Europe constitutes a large portion of this growth. Some
65% of clinical trials are directly managed by pharmaceutical companies, whilst
CROs account for most of the remaining 35%.
Many of the major CROs are U.S.-based, there were 269 CROs in the U.S., and 462
more in Europe. Quintiles is the market leader, with 14% of the global market share;
followed by Covance and PPD, holding 10% each. The five largest CROs have increased
their market share and now hold 45% of the total market.
The growth drivers for clinical trials in CEE are greater access to drug-naïve patients,
lower labor costs and other site fees, higher concentration of patients near sites,
and closer relationships between doctors and patients. All this creates a typical
dropout rate of less than 5% compared to 20% in Western Europe. This means that
the initial investment to start a trial, such as the submission fees to ethics committees,
give access to a much higher number of potential subjects suitable for the trial
than in Western Europe—consequently, CEE offers more subjects per Euro spent. In
terms of growth, our understanding is that CEE is growing at about twice the rate
of Western Europe—some companies interviewed use 30% vs. 10% as their assumption.
More than half of clinically tested drugs currently undergo phases 2 and 3. This
leads to prediction of growth mostly in phase 3. Such trials usually have largest
patient enrolment numbers and thus are the biggest.
In 2001, the EU published the EU Clinical Trials Directive, which aims at harmonizing
national regulatory frameworks. The key impact of the Directive is that every member
state became responsible for creating separate regulations that transpose the Directive
into national law. It also saw the establishment of the EudraCT, a database of all
interventional clinical trials of investigational medicinal products in the EU.
This, however, does not necessarily mean that conducting clinical trials in Europe
is easier than before. Despite the attempt to create a unified clinical trial regulatory
framework throughout the EU, there remains differences in practice. One company
that exports abroad told us that there are still headaches regarding import licenses
for Eastern Europe, but these problems are decreasing. For instance, Poland still
requires the submission of a signed contract, whereas usually a template is sufficient
in other countries. Such local variations inevitably demand more corporate resources.
The above data shows that the pharmaceutical sector and clinical trials have not
been hit by the global economic crisis as much as other industries. Ongoing large
scale growth is predicted to continue with the shift of focus to the emerging countries.
Another trend shaping up lately is the outsourcing of trials currently conducted
in-house by pharmaceutical companies themselves to CROs. This is where the demand
for experienced work force with relevant training comes into the picture. Mostly
these are physicians, pharmacists and other staff with higher education. However,
there is a growing interest in high school graduates such as nurses, laboratory
assistants, etc.
Russia and Eastern Europe is one of the most attractive regions to conduct
clinical trials.
|
Russia
|
142.2 million
|
|
Ukraine
|
46.6 million
|
|
Poland
|
38.1 million
|
|
Czech Republic
|
10.5 million
|
|
Belarus
|
10 million
|
|
Bulgaria
|
7.7 million
|
|
Lithuania
|
3.4 million
|
|
Latvia
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2.3 million
|
|
Estonia
|
1.3 million
|
|
Total:
|
262.1 million
|
- Centralized healthcare system with the developed referral network and a number of
private practices. As a result - few sites needed to get a large number of patients.
- Good selection of high-quality investigational sites.
- ICH-GCP compliance principles incorporated into legislation.
- High recruitment rates with low drop-out rates: Patient recruitment rates in the
region is up to 10 times higher than in US and EU.
- Savings in costs: Average cost per patient in Eastern Europe is 28% lower than in
Western Europe and 47% than in the UK Possibility to reduce clinical trial expenditure
by using local CROs and labs.
- High level of qualification of investigators for conducting clinical trials. As
a result the quality of clinical trial data is high.
The Pharmaceutical industry is the highly regulated sector in Europe. Enclosed is
the detailed report on Clinical Trials with Medicines in Europe published by European
Federation of Pharmaceutical Industries and Associations -
http://www.zdrave.net/DOCUMENT/INSTITUTE/e-library/EFPIA//10_Kniga/clinical.pdf