Under subsection 18(2) of the Australian Patents Act 1990, ‘human beings, and the biological processes for their generation, are not patentable inventions’. An account of the legislative history of this exclusion may be found in the Patent Office decision Fertilitescentrum AB and Luminis Pty Ltd [2004] APO 19 at [13]-[25], which demonstrates that it was essentially the result of a political compromise between a push to exclude all genetic material and life forms from patentability, and the status quo of having no express exclusions in the Act.
The government of the day rejected a broad exclusion on the basis that ‘it is impossible to foresee what inventions there will be in the future’ and that ‘a Patents Act which is not flexible enough to deal with the unforeseen would not serve the inventors, the public or the Government.’
Included with ‘the unforeseen’, however, are scientific developments that challenge the very category of ‘human’. A Delegate of the Commissioner of Patents has recently had to deal with the question of whether the creation of a blastocyst via parthenogenetic activation of a human oocyte falls within the exclusion of subsection 18(2): International Stem Cell Corporation [2016] APO 52
No need to worry if you did not understand that last sentence. I have done the background reading, and here is what it means in plain English. What the inventors at International Stem Cell Corporation (ISSCO) did was to:
As ISSCO stated in its 2007 press release announcing the breakthrough, ‘parthenogenetic stem cell lines that are genetically related to the recipient may overcome rejection problems and thus may have the potential to give significant therapeutic benefit to patients.’ Furthermore, ‘parthenogenetically-derived stem cells provide an alternative to embryonic stem cells derived from fertilized embryos or from somatic cell nuclear transfer (SCNT) technology.’ These latter techniques are highly controversial, because they involve the use of potentially viable human embryos.
What, then, is the status of a parthenogenetic blastocyst? If it qualifies as ‘human’, then it, and the processes by which it is created, fall within subsection 18(2), and are therefore unpatentable in Australia. Fortunately for ISSCO, and for the many patients who may ultimately benefit from continued substantial investment in these types of biotechnology, the Australian Delegate found that this is not the case.
The government of the day rejected a broad exclusion on the basis that ‘it is impossible to foresee what inventions there will be in the future’ and that ‘a Patents Act which is not flexible enough to deal with the unforeseen would not serve the inventors, the public or the Government.’
Included with ‘the unforeseen’, however, are scientific developments that challenge the very category of ‘human’. A Delegate of the Commissioner of Patents has recently had to deal with the question of whether the creation of a blastocyst via parthenogenetic activation of a human oocyte falls within the exclusion of subsection 18(2): International Stem Cell Corporation [2016] APO 52
No need to worry if you did not understand that last sentence. I have done the background reading, and here is what it means in plain English. What the inventors at International Stem Cell Corporation (ISSCO) did was to:
- extract an immature human egg cell (an ‘oocyte’) from the ovary;
- employ a technique to artificially activate the oocyte without requiring fertilisation (a process known as ‘parthenogenesis’); and
- allow the activated oocyte to develop to an early stage of cell division called a ‘blastocyst’.
As ISSCO stated in its 2007 press release announcing the breakthrough, ‘parthenogenetic stem cell lines that are genetically related to the recipient may overcome rejection problems and thus may have the potential to give significant therapeutic benefit to patients.’ Furthermore, ‘parthenogenetically-derived stem cells provide an alternative to embryonic stem cells derived from fertilized embryos or from somatic cell nuclear transfer (SCNT) technology.’ These latter techniques are highly controversial, because they involve the use of potentially viable human embryos.
What, then, is the status of a parthenogenetic blastocyst? If it qualifies as ‘human’, then it, and the processes by which it is created, fall within subsection 18(2), and are therefore unpatentable in Australia. Fortunately for ISSCO, and for the many patients who may ultimately benefit from continued substantial investment in these types of biotechnology, the Australian Delegate found that this is not the case.