EU Parliament rejects last-minute patent amendments and passes NGT Regulation

A long saga is finally coming to a close in the EU. Earlier today, the European Parliament passed the text of the proposed regulation on new genomic techniques (NGTs) that would exempt certain plants obtained using NGTs from the obligations under the regulation on genetically modified organisms (GMOs). Notably, this meant that the Parliament rejected the last-minute proposed amendments that would have reignited the debate about patents.

The adopted text

Image by Sandra Kapella from Pixabay.
The negotiation of this proposed regulation began after a CJEU decision in 2018, which found that plants developed using genome editing tools were captured by the GMO Regulation and all the strict requirements that entails. The aim was to develop a regulation that would instead treat plants produced by gene editing that do not contain genetic material from another plant species as equivalent to plants produced by traditional breeding methods. These negotiations became especially interesting for IPKat readers when the EU Parliament voted in early 2024 to introduce amendments that would exclude gene edited plants from patentability (see PatKat here).

Over the last two years, the negotiations landed on a compromise text (see IPKat here) that removed the "patent ban" and instead adopted a suite of patent transparency requirements, a requirement to declare whether the holders of patents identified above are willing to "licence the protected subject matter under fair and reasonable conditions in all Member States where the patent holder is entitled to grant such a licence." 

The text also requires the Commission to:

  • establish an "expert group" on the effect of patents on NGT plants;
  • within a year of the entry into force of the Regulation, conduct an assessment of the impact that the patenting of NGT plants, traits and techniques as well as related licensing and transparency practices; and,
  • if the assessment reveals significant barriers caused by patents, then the Commission shall, where appropriate, submit legislative proposals to set up mandatory conditions or safeguards. Otherwise, the Commission shall conduct another assessment after 4-6 years.

The proposed patent amendments

There were concerns that the NGT Regulation would not pass when MEPs from several parties tabled amendments that aimed to restrict the patentability of NGT plants (as well as to impose more labelling requirements). The amendments were tabled in the weeks leading up to the Parliament's vote and largely sought to reinstate the amendments that were first proposed in 2024 but subsequently rejected. However, they caused serious alarm because the amendments threatened to delay the adoption of the proposed regulation by sending them back to the negotiating table. 

The amendments needed an absolute majority to pass but failed to meet this threshold. The text adopted at the end of 2025 has now passed. Rapporteur Jessica Polfjärd (EPP, Sweden) said: "By approving the use of NGT, we have chosen innovation, competitiveness and food security. European farmers have long been calling for access to these modern breeding tools. ... By making these safe, science-based breeding technologies available, Parliament is benefiting European farmers, safeguarding our food security and building a more competitive and innovative Europe."

Where to from here?

It will be about two years before the new regulation is fully implemented, so the wait is not yet over. However, the news is still being well-received by the companies that plan to commercialise NGT plants in the European Union.

Meanwhile, the deregulation of NGTs in England (known as "precision breeding") has faced a major setback after the High Court granted leave to claim judicial review of the Genetic Technology (Precision Breeding) Regulations 2025 earlier this month in Beyond GM v Secretary of State for Environment, Food and Rural Affairs [2026] EWHC 1306 (Admin). Mr Justice Johnson rejected three of the grounds for review, but determined that the substantive claim for review could proceed on the ground of irrationality (including breach of duty to make adequate enquiries).

The Minister's decision to "press on" with the Regulation last year - even though it "put the regulatory regime in England out of kilter with the rest of the United Kingdom and the European Union" - was understandable because it gave England a "first mover competitive advantage" in plant genome editing. However, the irrationality of the Minister's decision not to introduce mandatory labelling arose because it was made under the misapprehension that his powers to mandate labelling arose only under the Plant Varieties and Seeds Act 1964 and extended only to seeds (for more on seed marketing, see IPKat here). He did not know (because he had been wrongly advised) that he had powers under the Genetic Technology (Precision Breeding) Act 2023 to mandate labelling for all precision-bred organisms that are placed on the market.

We will need to await the outcome of the judicial review. But this is not the only source of uncertainty for precision breeding the UK: with the ongoing negotiations of the UK-EU Sanitary and Phytosanitary (SPS) Agreement, there are questions about whether the deal might introduce "dynamic alignment" between the precision breeding and NGT regulatory regimes, including the EU's new rules on patent transparency. More to come...

EU Parliament rejects last-minute patent amendments and passes NGT Regulation EU Parliament rejects last-minute patent amendments and passes NGT Regulation Reviewed by Jocelyn Bosse on Wednesday, June 17, 2026 Rating: 5

7 comments:

  1. The promoters of these type of new genomic techniques claim that such obtained plants are equivalent to plants produced by traditional breeding methods.

    The question is then: why should those new plants be open to patenting? Protection is possible through the UPOV treaty like for any plants obtained by traditional breeding methods.

    With patenting, it will hinder farmers to keep after harvest some seeds for the next planting session, and force them to buy new seeds every year. This has nothing to do with FRAND licensing.

    It actually boils down to a wonderful hamster wheel for the big agrochemical firms like Bayer, Monsanto, BASF etc... You start it and it keeps running for a long time.

    This for instance what Monsanto does with seeds resisting glyphosate. Farmers are held infringing patents when they reuse some seeds and do not buy new ones.

    And we do not know what the long term effects of those seeds can have on the environment. I would prefer them to be labelled and to know like for the existing GMOs.

    It might be right that “By approving the use of NGT, we have chosen innovation, competitiveness and food security”, but more important, by approving the use of NGT we open the possibility of very high profits for all the big agrochemical firms.

    What those firms could not obtain for GMOs they will get with NGTs.

    ReplyDelete
  2. Sorry to say it this bluntly, DXThomas, but your submission shows that you are not particularly well informed about this topic.

    First, plants obtained by new genomic techniques (NGTs) are considered equivalent to plants obtained by traditional breeding methods for a very simple reason: in many cases, the end product is not distinguishable at all. The genetic change introduced via NGTs can be identical to a mutation that arises naturally or is induced by conventional methods. There is therefore no scientific basis to treat one plant as inherently safe and unregulated (because obtained by traditional breeding), while treating a genetically identical plant as a safety risk merely because of the method used to obtain it.

    It is important to recall in this context that random mutagenesis (e.g. chemical or radiation mutagenesis)—which introduces large numbers of uncontrolled mutations—is widely used in both conventional and organic agriculture. Such varieties are long established, unregulated, and can even be marketed under labels such as “Ohne Gentechnik”. Against that background, it is difficult to justify why far more precise NGTs should be treated as inherently problematic.

    You appear to imply that plants obtained by traditional breeding methods would not be patentable. This is incorrect. Under the EPC, only plants “exclusively obtained by essentially biological processes” are excluded from patentability. This leaves ample room for patent protection also for plants obtained by traditional breeding methods. For instance, a plant carrying a mutation induced by irradiation remains fully patentable. Notably, such plants are also unregulated in Europe due to the long safety record of random mutagenesis techniques. Again, there is no scientific basis to classify random mutagenesis as safe while portraying NGTs as unsafe. Indeed, similar or related technologies are considered sufficiently safe for therapeutic applications in humans!

    Third, the frequently repeated assertion that patents prevent farmers from saving seed oversimplifies—and largely misrepresents—the real situation. In practice, farmers typically do not rely on farm-saved seed in modern agriculture, because this is often economically and agronomically suboptimal (for example due to hybrid seed performance and loss of uniformity). Where restrictions on seed saving exist, they usually arise from contractual obligations or plant variety protection (PVP) systems under UPOV, not from patent law as such (with the partial exception of certain jurisdictions such as the United States, where patents are sometimes used as the primary protection mechanism). When legal action is taken, it is commonly based on breach of contract or infringement of PVP rights, rather than patent infringement.

    Fourth, the suggestion that patent protection merely creates a “hamster wheel” for large agrochemical companies overlooks a key structural point: without effective intellectual property protection, there is little incentive to invest in the development of new and genuinely inventive plant traits. Already the majority of European patent applications are filed by academia or small and medium sized companies. Breeding new varieties or introducing targeted traits is costly and time‑intensive. Plant Variety Protection and patents serve complementary roles: PVP protects varieties as a whole, whereas patents protect specific technical inventions or traits. Removing patent protection would not level the playing field—it would simply reduce incentives for innovation, particularly in areas requiring high upfront investment.

    Finally, concerning labelling and transparency: while informing consumers is a legitimate policy objective, any regulatory distinction must remain scientifically coherent and proportionate. Where a plant obtained via NGT is indistinguishable from one obtained by conventional breeding or spontaneous mutation, process-based labelling risks creating artificial distinctions that are not grounded in the characteristics of the final product.

    ReplyDelete
    Replies
    1. @ Plant patent professional-26.06.2026 at 12.56.00 GMT+1

      Sorry to say it bluntly, Plant patent professional, but your submission shows that you are a particularly vehement lobbyist for the big agrochemical firms, and you seem to have little idea about patents.

      I can agree that PVP protects varieties as a whole, whereas patents can protect specific technical inventions or traits. Removing patent protection would level the playing field, and certainly avoid abuse of a dominant positions. Incentives for innovation are necessary, but not for the benefit of some shareholders and to the detriment of mankind.

      You claim that plants obtained by new genomic techniques (NGTs) are considered equivalent to plants obtained by traditional breeding methods for the very simple reason that in many cases, the end product is not distinguishable at all.

      I first notice your proviso: “in many cases”. If it is so, it means a contrario that some NGTs are distinguishable from plants obtained through selection by breeders.

      I see two categories of NGTs:
      - NGT-1 plants are “considered equivalent to conventional plants”, and are eligible for the simpler regulatory pathways open to conventionally bred plants.
      - NGT-2 plants remain within the existing regulatory framework for genetically modified organisms (GMOs).

      If NGT-1 plants are “considered equivalent to conventional plants” then they should not be open to patent protection.

      R 28(2) EPC provides indeed that “Under Article 53(b), European patents shall not be granted in respect of plants or animals exclusively obtained by means of an essentially biological process”. This Rule has been adopted by the Administrative Council of the EPO in order to adapt the EPC to the EU Biotech Directive.

      In G 2/12, OJ/EPO, 2016, A27 (Tomatoes II), and G 2/13, OJ/EPO 2016, A28 (Broccoli II), the Enlarged Board of Appeal of the EPO, ruled that products resulting from a technical process were patentable and not in conflict with Article 53(b) EPC, which does not allow patents for "essentially biological" processes.

      In G 3/19, OJ/EPO, 2020, A119, the EBA rescinded decisions G 2/12 and G 2/13. It ruled in G 3/19 that "plants and animals exclusively obtained by essentially biological processes are not patentable".

      Only patents granted before. or applications filed before 01.07.2017, would be submitted to the decision G 3/19.

      The logical conclusion is that, insofar as NGT1s are considered equivalent to plants obtained by traditional breeding methods, they appear thus not patentable.


      Delete
    2. @ Plant patent professional-26.06.2026 at 12.56.00 GMT+1
      Reply Part 2

      Furthermore, it is incorrect to allege that plants obtained by traditional breeding methods are patentable. There is no room, ample or restricted, for patent protection for plants obtained by traditional breeding methods. I invite you to show the readership a patent obtained for a plant carrying a mutation induced by irradiation. or obtained according to conventional breeding methods. Most probably you think of plant patents which can be granted in some countries, but those are not patents as I understand and have practised them.

      The question of regulation is independent from the question of patenting. Patents can be obtained for new and inventive pharmaceutical products, as well as for new uses of known pharmaceutical products, but this does not mean that the corresponding products can be freely given to patients.

      It might be right that farmers do not always wish to reuse seeds for the reasons you have given, but it is manifest that farmers have been brought to court for patent infringement by Monsanto. If you do not like the notion of hamster wheel, I will speak about a double bingo.: first it developed an insecticide and then the plant resisting the insecticide.

      Having lived from patents for all my life, I am not at all against patent protection, but I would like to refer to decision G 2/07, Headnote 4: In the context of examining whether such a process is excluded from patentability as being "essentially biological" within the meaning of Article 53(b) EPC, it is not relevant whether a step of a technical nature is a new or known measure, whether it is trivial or a fundamental alteration of a known process, whether it does or could occur in nature or whether the essence of the invention lies in it.

      This implies clearly that NGT1s should be excluded from patentability as being equivalent to plants obtained by standard breeding methods.

      Even if NGT1s are indistinguishable from plants obtained by conventional breeding or spontaneous mutation, process-based labelling appears necessary. That NGT2s have to be labelled appears absolutely necessary. In both cases, I want to know what I get on my plate.

      For the time being we only have the word of the producing companies that NGT1s are harmless, allegedly because they are equivalent to “naturally” breed plants. We are not aware of the future potential risks.

      The agrochemical and chemical industries have gratified us with so-called beneficial products, which in the long run have shown detrimental to mankind and its environment. Just to name a few DDT, chlordecone, all the neonicotinoids, the PFAS etc. Asbestos is also one of those wonderful materials. It is all a question of lobbying for those products to come on the market. Hence, we are back at the beginning of my comment.

      Delete
    3. Please note that your interpretation of Article 53(b) EPC and Rule 28(2) EPC is not in line with EPO practice. As previously explained, the exclusion under Rule 28(2) EPC is limited to plants EXLUSIVELY obtained by an essentially biological process. Plants obtained by technical mutagenesis - including mutagenesis methods used in traditional breeding, such as irradiation and chemical mutagenesis - are not excluded from patentability (see Guidelines F II, 5.4). Whether the protected plant could (theoretically) also be obtained by crossing and selection alone is irrelevant for the assessment under Rule 28(2) EPC. I invite you to also consult the EPO Q&A on plant patents: https://link.epo.org/web/press-centre/fact-sheet/en-factsheet-plant-patents.pdf.

      Reducing this debate to “agrochemical lobbying” is a misleading framing. A central objective of developing new plant traits -particularly disease-resistance traits- is precisely to reduce the need for chemical crop protection. This is certainly true in my patent practice.

      The increasing regulatory pressure on chemical crop protection is a key reason why companies, including “traditional chemical companies”, invest heavily in the development of improved plant varieties and new and inventive plant traits. Suggesting that these efforts serve no societal interest is no more convincing than claiming that the pharmaceutical industry withholds effective therapies "for the benefit of some shareholders and to the detriment of mankind".

      Delete
  3. Further to my reply of 1 July, I have one addition regarding the assessment under Rule 28(2) EPC. The EPO does require the inclusion of a disclaimer that the plant is not exclusively obtained by means of an essentially biological method in the event a plant is claimed that could (theoretically) also be obtained by crossing and selection alone.

    ReplyDelete

All comments must be moderated by a member of the IPKat team before they appear on the blog. Comments will not be allowed if the contravene the IPKat policy that readers' comments should not be obscene or defamatory; they should not consist of ad hominem attacks on members of the blog team or other comment-posters and they should make a constructive contribution to the discussion of the post on which they purport to comment.

It is also the IPKat policy that comments should not be made completely anonymously, and users should use a consistent name or pseudonym (which should not itself be defamatory or obscene, or that of another real person), either in the "identity" field, or at the beginning of the comment. Current practice is to, however, allow a limited number of comments that contravene this policy, provided that the comment has a high degree of relevance and the comment chain does not become too difficult to follow.

Learn more here: http://ipkitten.blogspot.com/p/want-to-complain.html

Powered by Blogger.