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Future diet – plant-based fermented foods on the plate

Press release -

Future diet – plant-based fermented foods on the plate

Researchers at Umeå University have conducted the first consumer study focusing on plant-based fermentation and its role in the necessary dietary transition to achieve European health and sustainability goals. The goal is to create plant-based fermented foods that offer health benefits to the population in general.

The study is based on a survey of 7,800 EU consumers in over nine European countries, where they surveyed their preferences and attitudes towards plant-based fermented foods. The research is part of the HealthFerm project, which aims to create plant-based fermented foods that offer health benefits to the population in general.

– This consumer study has shed light on the development towards a societal tipping point. With about 27% of omnivores eating as flexitarians, without identifying as flexitarians, this is a step forward, as it suggests that reducing meat consumption is becoming the new normal, says Professor Armando Perez-Cueto, leader of HealthFerm’s Consumer Studies.

Regarding the role of plant-based fermented foods, both traditional and innovative, Armando Perez-Cueto adds,

– The majority of respondents consider fermented plant-based foods as contributing to -and facilitating- the dietary shift.

The role of plant-based fermented foods

The majority of respondents believe that fermented plant-based foods contribute to and facilitate the dietary transition. The survey also delved into sensory preferences and identified important characteristics of different fermented plant-based foods by looking at what consumers dislike and like about these foods.

The survey has also delved into sensory preferences and identified important characteristics of different fermented plant-based foods by looking at what consumers dislike and like about these foods. For fermented plant-based yoghurt and drinkable yoghurt, consumers want products that are white, creamy, sweet and uniform, without flavourings. When it comes to fermented plant-based chicken alternatives, smooth color, natural shape, chicken-like smell, and a tender texture are important. In protein-enriched breads, small air bubbles, cohesion, toasted and nutty aromas and a crispy yet soft texture are preferred. In addition, the report demonstrates the significant market potential of fermented plant-based foods.

– This groundbreaking study provides valuable guidance for developing innovative plant-based fermentations that are in line with sensory expectations," says Professor Christophe Courtin, Project Coordinator of HealthFerm.

Taste preferences are the main driver of dietary choices, followed by health and animal welfare. However, when consumers decide to reduce or eliminate meat from their diet, it is usually for personal health reasons. When it comes to choosing plant-based and fermented plant-based foods, the main obstacles are perceived discomfort, satiety and taste problems, as well as a lack of familiarity with such products.

Market potential and future prospects

The study also shows significant market potential for fermented plant-based foods. The researchers have investigated market opportunities and consumer expectations when it comes to plant-based fermented foods. Responses from different countries showed a strong preference for fermented plant-based meat and dairy products that are priced on par with animal alternatives rather than at lower prices. In addition, the willingness to try foods prepared via different fermentation processes was high, with traditional methods being the most accepted, followed by precision and biomass fermentation. Younger, educated and financially secure respondents showed a greater willingness to try products produced using different fermentation techniques.

–Our research provides insights on how to better communicate these innovations to different segments of consumers in the surveyed countries, hence it is useful for companies, policy makers and practitioners, concludes Armando Perez-Cueto.

About HealthFerm

HealthFerm is an EU-funded research project investigating innovative pulse and cereal-based food fermentations together with the health effects and consumer perception of novel fermented foods. With 23 partners from across Europe, HealthFerm is committed to transitioning towards a more sustainable global food system by setting new standards for individual, societal, and planetary health through increased and more resource-efficient use of plant-based raw materials in foods.

For more in-depth information, please download the full report.

For more information, visit www.healthferm.eu.

Contacts

For interviews:
Armando Perez-Cueto
Sustainable Food Transitions Research Group
Umeå University
E-mail:
armando.perez@umu.se
Phone:
090-786 77 60

For other written inquiries:
Jean-Paul Charles Garin, Msc.
PhD. Student
Department of Food, Nutrition and Culinary Science
Umeå University
Email: jean-paul.garin@umu.se
Phone: 090-786 88 96

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Umeå University
Umeå University is one of Sweden’s largest institutions of higher education with over 37,000 students and 4,300 faculty and staff. The university is home to a wide range of high-quality education programmes and world-class research in a number of fields. Umeå University was also where the revolutionary gene-editing tool CRISPR-Cas9 was discovered that has been awarded the Nobel Prize in Chemistry.

At Umeå University, distances are short. The university's unified campus encourages academic meetings, an exchange of ideas and interdisciplinary co-operation, and promotes a dynamic and open culture in which students and staff rejoice in the success of others.

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Charlotte Ståhl

Kommunikatör Samhällsvetenskapliga fakulteten vid Umeå universitet +4690 786 74 89

Umeå University

Umeå University is one of Sweden's largest universities with over 37,000 students and 4,300 employees. The university is home to a wide range of education programmes and world-class research in a number of fields. Umeå University was also where the gene-editing tool CRISPR-Cas9 was discovered – a revolution in gene-technology that was awarded the 2020 Nobel Prize in Chemistry.

Founded in 1965, Umeå University is characterised by tradition and stability as well as innovation and change. Education and research on a high international level contributes to new knowledge of global importance, inspired, among other things, by the 2030 Agenda for Sustainable Development. The university houses creative and innovative people that take on societal challenges. Through long-term collaboration with organisations, trade and industry, and other universities, Umeå University continues to develop northern Sweden as a knowledge region.

The international atmosphere at the university and its unified campus encourages academic meetings, an exchange of ideas and interdisciplinary co-operation. The cohesive environment enables a strong sense of community and a dynamic and open culture in which students and staff rejoice in the success of others.

Campus Umeå and Umeå Arts Campus are only a stone's throw away from Umeå town centre and are situated next to one of Sweden's largest and most well-renowned university hospitals. The university also has campuses in the neighbouring towns Skellefteå and Örnsköldsvik.

At Umeå University, you will also find the highly-ranked Umeå Institute of Design, the environmentally certified Umeå School of Business, Economics and Statistics and the only architectural school with an artistic orientation – Umeå School of Architecture. The university also hosts a contemporary art museum Bildmuseet and Umeå's science centre – Curiosum. Umeå University is one of Sweden's five national sports universities and hosts an internationally recognised Arctic Research Centre.