Judgement Briefs

Intellectual Property Rights

Harvard College v. Canada (Commissioner of Patents)

2002 SCC 76; [2002] 4 SCR 45

Citation
2002 SCC 76; [2002] 4 SCR 45
Court
Supreme Court of Canada
Date
5 December 2002
Bench
Full Court; Bastarache J. delivered the majority judgment

Facts

  • Harvard researchers genetically altered mice by inserting an oncogene into an early-stage mouse embryo.
  • The resulting mice had an increased tendency to develop cancer.
  • These animals became known as the Harvard Oncomouse.
  • The invention was intended to assist cancer research and testing.
  • Harvard’s patent application contained:
  • process claims;
  • claims to genetically altered cells;
  • claims to the entire genetically altered mouse and its descendants.
  • The Canadian Patent Commissioner allowed certain process and lower-level biological claims.
  • However, claims to the whole mouse were rejected.
  • The dispute reached the Supreme Court of Canada.

Issue

  • Whether a genetically engineered higher life form is an “invention” under the Canadian Patent Act.
  • Whether a mouse can be classified as a “manufacture” or “composition of matter.”
  • Whether patent protection for such organisms should be recognised judicially or left to Parliament.

Rule

  • Patent legislation must be interpreted according to its statutory language.
  • Patentable subject matter included an:
  • art;
  • process;
  • machine;
  • manufacture; or
  • composition of matter.
  • “Manufacture” generally refers to a non-living product made through human-controlled production.
  • “Composition of matter” ordinarily refers to ingredients or substances combined by a person.
  • A distinction may be drawn between:
  • lower life forms, such as microorganisms or cells; and
  • higher life forms possessing complex biological organisation.
  • Courts should be cautious about extending patent monopolies into areas involving major social, ethical and regulatory consequences without clear legislative direction.

Application

  • The Oncomouse was undeniably produced through substantial human scientific intervention.
  • Nevertheless, the majority focused upon whether the entire animal fell within the statutory categories chosen by Parliament.
  • A mouse is not simply assembled from components in the manner of an ordinary manufactured article.
  • Once genetic material is introduced, natural biological processes govern:
  • development;
  • growth;
  • organ formation;
  • reproduction;
  • behaviour.
  • The researchers did not exercise complete control over every characteristic of the resulting animal.
  • The majority therefore found the word “manufacture” unsuitable for a complete higher life form.
  • It similarly rejected “composition of matter.”
  • Although an animal consists of matter, the expression was understood as referring to a material mixture or substance rather than an integrated living organism.
  • The Court distinguished lower-level biological material.
  • Genetically modified cells and the processes used to create the animal could fall within patentable categories because they were more directly controlled and produced by human intervention.
  • The majority also considered the broader consequences of recognising animal patents:
  • ownership over reproduction;
  • farmers’ and researchers’ rights;
  • animal welfare;
  • environmental concerns.
  • Such questions supported the conclusion that Parliament should expressly decide whether higher life forms were patentable.
  • The dissent viewed the statutory terms more broadly and considered the engineered mouse a human-made composition, but that position did not prevail.

Conclusion

  • The Supreme Court of Canada held that the Oncomouse, as a complete higher life form, was not patentable under the existing statutory categories.
  • Claims to the process and certain genetically altered cells could remain valid.
  • The Court left any broader extension to higher life forms for legislative decision.
  • Use this case for: a genetically modified higher life form was held outside “manufacture” and “composition of matter,” although processes and lower-level biological components could be patented.