
| Keywords: | Patent law; European Union (EU); Public acceptance; Human genome; Ethical aspects. |
| Correct citation: | Leskien, D. (1998), "The European Patent Directive on Biotechnology." Biotechnology and Development Monitor, No. 36, p. 16-19. |
In March 1995 the EP had rejected the Directive’s precursor mainly for
the reason that in its earlier version the proposal did not exclude germ
line therapies and only excluded human genes "as such" from patentability.
The new Directive obviously satisfied the majority of members of the EP
although it only differs slightly from the proposal voted down in 1995.
The Directive entered into force on 30 July 1998 and will have to be implemented
by the member states of the European Union (EU) within two years.
However, on 19 October 1998 the Netherlands filed a suit at the European
Court of Justice against the Directive. While the reasons for this
legal action have not yet been disclosed, it is clear from the debates
in the Netherlands’ Parliament that the government questions the legal
basis of the Directive, the need for harmonization of European law in this
field and the Directive’s compatibility with international law. As the
court is not expected to decide within the next two years, this may well
delay the implementation of the Directive.
A number of civil society organizations, including medical associations
such as the World Medical Association, farmers, environmentalists,
animal welfare and development organizations, and religious leaders rejected
the Directive. Many of them argued that the patenting of life-forms is
in contradiction with central and basic ethical ideas of European societies.
Many pointed to the negative effects broad biotechnology patents have shown
in the USA where, according to John Barton of Stanford University,
"significant concentration of the industry appears to have been supported
by the existence of a number of overlapping and competing broad patents."
The scientific community had no unanimous standpoint on the issue.
Some researchers argued that any further development of modern biotechnology
would depend on the availability of strong patent protection in this new
field of technology. Others, like Klaus Zerres of the German
Society for Human Genetics expressed specific concerns about patents
on human genes, as these may have a negative impact on scientific exchange
and the freedom of research.
Industry spokespersons welcomed EP’s decision. According to Anthony
Arke, Secretary General of the European Biotechnology Industry Association
(Europa-Bio), politicians have recognized the rising growth prospects in
biotechnology and "a major step forward has been achieved to safeguard
Europe’s competitiveness."
The European patent system
Patent protection is ensured in the EU by two different systems, neither
of which is based on EU legislation: the national patent systems and the
European patent system. The European patent system is based on the European
Patent Convention (EPC), and the Community Patent Convention
(CPC), which is an integral part of the Agreement relating to Community
Patents, signed in 1989. The EPC does not create a uniform patent but
provides applicants with protection in as many of the signatory states
as the applicant wishes. Patent applicants may apply for a national patent
to the national patent offices; alternatively, they may choose to apply
for a European patent to the European Patent Office (EPO). These
European patents granted by the EPO fall, once they have been granted,
into a bundle of national patents whose validity and effects are determined
by the national laws. Consequently, any infringement or revocation actions
have to be brought before the national courts of each country for which
the European patent has been granted. More importantly, due to the absence
of a common court, there is the risk that the competent courts in the different
member states could hand down contradictory judgements.
The CPC is intended to bring together this bundle of national protection
rights and merge them into a single, unitary and autonomous, European
Community Patent. However, neither the CPC nor the 1989 Agreement relating
to Community Patents have yet entered into force since neither of them
have been ratified by all signatory states.
The Directive, however, only aims at harmonizing the patent laws of
the EU member states with regard to biotechnology. It does not create a
European Community Patent, nor is it binding for the EPO. Thus, while it
may lead to some harmonization of the member states’ patent laws, it will
not ensure a uniform and harmonized patent granting policy of the national
patent offices on the one hand, and the EPO, on the other. It may even
lead to a re-nationalization of the European patent system. For certain
innovations patent applicants may prefer in the future to apply for patents
to the national patent offices of the EU member states rather than to the
EPO.
Biotechnological innovations and the European patent system
Whether living material, such as plants or animals, or naturally-occurring
substances may constitute the subject of an invention is still controversial.
The Directive takes a clear position by stating explicitly that inventions
which are new, involve an inventive step and are appli-cable for industrial
purposes shall be patentable "even if they concern a product consisting
of or containing biological material or a process by means of which biological
material is produced, processed or used." It is noteworthy, however,
that by stating this the Directive does not depart from the case law of
most patent offices, including the EPO. Already in 1984 the EPO stated
"that no general exclusion of inventions in the sphere of animated nature
can be inferred from the European Patent Convention."
Also for the patentability of naturally-occurring genes, the Directive
only reaffirms the long-standing practise of the EPO and most national
patent offices: naturally-occurring substances are considered to be patentable
inventions provided they first have to be isolated from their surroundings,
have been properly characterized and, finally, are "new" in the sense of
having no previously recognized existence.
Patentability of plant and animal varieties
Even though the patent requirements of the new Directive only reaffirm
the current practice of most industrialized countries, the Directive creates,
for the first time in European history, an explicit legal right to obtain
patents for higher organisms, such as plants and animals. Moreover, the
Directive departs from the EPC as currently applied by the EPO with regard
to the patent exclusion for plant and animal varieties. Furthermore, it
establishes a whole set of rules concerning the scope of biotechnology
patents for which no comparable provisions can be found in any national
patent laws or European conventions.
Under the EPC plant and animal varieties are excluded from patentability.
The Technical Board of the EPO concluded in 1993, in its decision "Plant
cells/ Plant Genetic Systems", that every genetically modified plant
is to be considered a "plant variety" if the genetic modification is stable.
Consequently, claims directed towards such transgenic plants and seeds
are generally prohibited. The Directive, however, allows in fact for the
patenting of exactly this sort of invention. Although, pursuant to the
Directive, plant and animal varieties are in principle excluded from patentability,
inventions which concern plants or animals shall be patentable if the technical
feasibility of the invention is not confined to a particular plant or animal
variety. More explicitly, the Directive even states that plant groupings
are patentable "even if they comprise new varieties of plants."
Thus, patents must not be granted for a single plant or animal variety,
but may be granted if they claim more than one variety. This approach,
however, appears, as one observer stated, "no more reasonable than a
law which prohibits bigamy, but allows for polygamy."
Though the Directive’s understanding of "plant varieties" is certainly
incompatible with the EPC, it does not violate any obligations which EU
member states have under that convention. The EPC does not prevent its
member states (all EU member states plus Cyprus, Liechtenstein, Monaco,
and Switzerland) to grant patents for inventions which are excluded from
patentability under the EPC.
The scope of biotechnology patents
The Directive, for the fist time in the history of patent law, establishes
a set of rules specifically addressing the scope of biotechnology patents.
These rules may, in fact, be described as the core of the Directive, since
neither the member states’ patent laws nor the EPC specifically address
this issue. It may be questioned, for example, whether the protection conferred
by the patent on a gene should only extend to the cell into which the gene
has been inserted, to the plant regenerated from this cell, or even to
all the plants obtained by multiplication of the original plant. In general
the Directive allows for a broad scope of biotechnology patents:
Human genes and ethical considerations
Although the Commission’s proposal to grant patents for naturally-occurring
human genes has been one of the reasons for the parliament to vote down
the Directive’s earlier version in 1995, the Directive as adopted now requires
the treatment of any element isolated from the human body as a patentable
invention, "even if the structure of that element is identical to that
of a natural element." In other words, the Directive requires member
states to grant patents for naturally-occurring genes isolated from the
human genome, provided they have been properly characterized and are "new"
in the sense of having no previously recognized existence. However, the
Directive excludes:
European patents on the international agenda
While the debate about the Directive’s precursor focused on the patenting
of human genes and germ line therapies, this time the attention mainly
centred on the ownership of genetic material and national sovereignty over
genetic resources. Two so-called "anti-biopiracy provisions" were proposed
by the socialist group in the EP: first, to assure the Prior
Informed Consent (PIC) of the person whose genetic material is claimed
by a patent; second, to make it compulsory to disclose the geographical
origin of plant or animal material used in an invention. The latter
proposal additionally requires that the material has been used in accordance
with the legal access and export provisions of the place of origin.
Although many members of the EP had publicly stated their sympathy
for these provisions, they failed to get the absolute majority required
in the second reading in the EP. In the adopted version of the Directive
it is only required that, when an innovation is based on biological material
of plant or animal origin, the patent application "should include information
on the geographical origin of such material, if known." This, however,
shall be "without prejudice to the processing of patent applications
or the validity of rights arising from granted patents." Furthermore,
the Directive states that the person from whose body the patented material
stems from "must have had an opportunity of expressing free and informed
consent thereto, in accordance with national law."
While industry representatives had rejected the provisions as impractical
and potentially harmful for the European biotechnology industry, the EP’s
lack of support for the "anti-biopiracy provisions" disappointed many development
and environmental organizations. According to Benedict Härlin
from Greenpeace International, the Directive is now an open invitation
to bio-piracy in developing countries. Biplab Dasgupta, a member
of the Indian Parliament complained that "politicians and officials
in Europe seem far more concerned about losing out to American and Japanese
agri-businesses than the long term effect of such patents on developing
countries."
Furthermore, many civil society organizations argued that the Directive
breaches the Convention on Biological Diversity (CBD). While the
CBD does not explicitly oblige patent applicants to disclose the country
of origin of the material or to give evidence that the material has been
acquired in accordance with the laws of that country, it does require contracting
parties to ensure that patents and Intellectual Property Rights
(IPR) are supportive of and do not run counter to the objectives of the
CBD. One of the objectives of the Convention is the fair and equitable
sharing of the benefits arising out of the utilization of genetic resources.
Furthermore, under the CBD, access to genetic resources shall be subject
to PIC of the country providing such resources. The EU deliberately passed
up the opportunity to adjust its patent legislation to the aims of the
CBD.
Dan Leskien
P.O.Box 500 952, 22709 Hamburg, Germany. E-mail Dan_Leskien@compuserve.com
Sources
J.H. Barton (1998), "The Impact of Contemporary Patent Law on Plant
Biotechnology Research." In: S.A. Eberhart et.al., Global Genetic Resources:
Access and Property Rights. Madison/Wisconsin, USA: Crop Science Society
of America, pp. 85-97.
Directive 98/44/EC of the European Parliament and of the Council of 6 July 1998 on the legal protection of biotechnological inventions, OJ L 213/13 (30.07.1998).
European Commission (1997), Promoting innovation through patents. Green Paper on the Community patent and the patent system in Europe. Brussels, Belgium: European Commission.
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