Michael Gilbank

Defra, publishes Report on Emerging Protein Sources for Food Authenticity and Labelling

Defra, publishes Report on Emerging Protein Sources for Food Authenticity and Labelling

Fera Science Ltd., (Fera), a leading scientific research organisation, is pleased to welcome  the release of a report commissioned by the Department for Environment, Food & Rural Affairs (Defra) titled "Implications of emerging novel protein sources for food authenticity and labelling". This comprehensive report delves into the critical issues surrounding the emergence of alternative protein sources and their implications for food authenticity and labelling.

With the world's population projected to reach a staggering 9.7 billion by 2050, ensuring access to safe, nutritious food while protecting natural resources poses a formidable challenge. One potential solution to this challenge lies in the exploration of alternative protein sources. Interest in these novel protein sources has been steadily rising, fuelled by perceived benefits related to animal welfare, health, and sustainability.

The report's executive summary sets out the context of this research:

  • Perceived Benefits: Alternative proteins are gaining popularity due to their perceived advantages, including improved animal welfare, health benefits, and reduced environmental impact.
  • Technological Advances: Rapid technological advancements are accelerating innovation in the alternative protein sector, resulting in a plethora of new products.
  • Regulatory Frameworks: Governments worldwide are revising their regulatory frameworks to accommodate these innovative products while safeguarding industry and consumer interests.
  • Emerging Risks: With the introduction of novel ingredients and products, as well as the increasing complexity of the food supply chain, new risks are emerging that must be addressed.

The Defra-commissioned project under the Food Authenticity Programme focuses on assessing the authenticity and labelling of alternative protein products, their compatibility with current regulatory frameworks, and the capabilities of existing testing methods to authenticate and detect fraud risks in this sector.

The report categorises alternative proteins into four groups:

  1. Plant-Based Proteins: This category encompasses proteins derived from vegetables, legumes, and algae.
  2. Cellular Agriculture: Includes cultivated meat, seafood, and cell-based milk.
  3. Fermentation: This category is further divided into biomass fermentation (where cultivated microorganisms form the product, such as Quorn mycoprotein) and precision fermentation (where yeast, algae, or bacteria are genetically modified to express animal proteins).
  4. Insect-Based Proteins: Insects for both food and animal feed.

The research draws on findings from an international conference on alternative proteins, academic and grey literature, and expert consultations to provide a comprehensive overview of the sector.

The report sheds light on the innovative developments in the alternative protein industry, identifies potential risks, and emphasises the importance of regulatory frameworks and authenticity testing in ensuring consumer confidence and safety.

Fera remains committed to advancing scientific knowledge and supporting informed decision-making in the field of food authenticity and labelling. The release of this report marks a significant step towards addressing the challenges and opportunities presented by emerging novel protein sources in our global food system.

For more information about Fera’s expertise in novel food and alternative proteins and to see the report, please visit www.fera.co.uk/food-safety/alternative-proteins-and-novel-foods or get in touch with Joe Humphreys.

Controlling the Fire Ant Invasion in Montserrat

Noel Tawatao, an ant specialist from Fera Science, visited Montserrat in the Caribbean in April 2023 to train biosecurity staff from five UK Overseas Territories (UKOTs) (Anguilla, British Virgin Islands, Cayman Islands, Montserrat and Turks and Caicos) how to identify ants, particularly invasive species. The training was made possible by the GB Non-Native Species Secretariat and the UKOT’s Biosecurity Initiative. In addition, Noel also conducted a short feasibility study on managing and understanding the negative impacts of invasive ants, particularly the three species of fire ants that are currently invading Montserrat: Solenopsis geminata (Tropical Fire Ant), Solenopsis invicta (Red Imported Fire Ant) and Wasmannia auropunctata (Electric/Little Fire Ant). These fire ants are known for their painful stings/bites and their ability to spread quickly, especially in open and disturbed areas. Their high population density, which is essential for immobilising prey, makes them successful in invading new areas and displacing other ant species.

Invasion by non-native ants can be ecologically disastrous, economically damaging and pose a threat to public health. The introduction of invasive ants results in a change to biogeographical patterns as well as a loss in biodiversity, especially in oceanic islands with few or no native ant species such as Montserrat. Among the three fire ants, Solenopsis invicta is the most aggressive and prevalent. This is because it is mostly found near human settlements and agricultural areas and can therefore affect people’s daily activities and agricultural production. Tackling its negative impact is now a priority task in Montserrat and extensive measures are being carried out. Eradicating the fire ants is impossible and even reducing their population density is a very challenging task as it requires significant financial support and complicated logistics.

Nonetheless, Noel and the staff from the Ministry of Agriculture, Housing, Land and the Environment in Montserrat have surveyed infestation sites and identified priority areas in an attempt to reduce their negative impact. Moreover, chemical controls using Insect Growth Regulators and direct mound treatment using different recommended active ingredients, and modified application techniques were conducted to reduce their population density, and negative impacts in priority areas.

A follow-up visit to assess the efficacy of the proposed controlling strategies is sought towards the end of this year. Physical control and proposed rehabilitation of some open and disturbed areas are also being considered as an alternative ecological and long-term approach to prevent further colonization of fire ants.

To learn more about the research and biosecurity support that Fera Science continues to provide for the UK Overseas Territories, you can visit the GB Non-native Species Secretariat (NNSS) website here. Or to find out more about the full breadth of our Crop Health diagnostics capability, you can click here to find out more.

Or alternatively, click here to visit our insect identification service