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Lina Svanberg
Enhetschef
Contact LinaInnovative foods can make a difference to both the climate and health - but only if they are actually chosen and eaten. In a facility where new ingredients are processed into products such as sausages, mince and burgers, researchers are using advanced analytical methods and a taste-testing panel to pave the way for success at consumer level.
There are several parameters that consumers consider when filling their shopping baskets. Price is one of them, of course. For others, it is more important that the goods come from Sweden. Some look for food with a sustainability label, while others look for keyholes. However, certain parameters are always in the picture - taste and texture.
"For people to make a lifestyle change, it has to taste good, that's how we are. Many new food products are difficult to establish. People may try the product once, but if the taste is not good enough, there is a high risk that they will not buy it again," says Lina Svanberg, Head of Unit at RISE.
Today, there are many techniques for developing new foods. These include growing proteins from fungi and yeast in a controlled environment, such as at RISE's food-grade biotechnology infrastructure in Örnsköldsvik. Or developing plant-based foods that can supplement or replace animal products. The big challenge is to produce food that consumers actually choose, not just once, but on a regular basis. Product design plays an important role in this.
At RISE's food-approved facility in Gothenburg, nearly 30 researchers and engineers work on food design. The focus is on taste, texture and nutritional content. Much of the work revolves around understanding how to extract functional ingredients from a particular raw material and what type of food that ingredient is best suited to.
"We help companies to develop products that are not yet on the market, but also to optimise and improve the quality of existing ranges. In addition to being able to extract ingredients on a kilo scale and create products, for example through extrusion, baking and emulsification, we have very advanced analytical equipment," says Lina Svanberg, and continues:
"These include microscopy, which allows us to study what is happening in the product in great detail, often combined with measurements of texture and flow properties, as well as aroma analysis, which can detect bee flavours, for example. This helps the customer to answer questions such as why a product does not taste good or loses its consistency during storage."
To further optimise the quality of the product, it is important to be able to taste it, says Lina Svanberg.
"There is no analytical instrument that can replace the human sense of taste. That's why it's an advantage that we can produce different products under food-grade conditions so that samples can actually be tasted," she says.
At the food facility, a trained sensory panel of 16 people with a keen sense of taste and the ability to describe taste and texture in a way that can be further used in product development.
Consumer testing is also used to better understand consumers' thoughts and perceptions of a product and how individual differences affect the taste experience. To get the right taste, texture and appearance of a product, it is important to understand what the consumer expects and wants from the product early in the product development process.
There is no analytical instrument that can replace the human sense of taste. That's why it's a strength that we can produce different products under food grade conditions so that samples can actually be tasted.
Looking to the future in the field of novel foods, Lina Svanberg points out that there is an increasing demand for the development of hybrid products (products in which parts of the animal raw material are replaced by, for example, a plant-based ingredient).
"Perhaps this is because it is difficult to make a completely plant- or fungus-based alternative that has a big impact. You want to do something because it's better than doing nothing, and hybrid products can be a step in that direction," she says.
RISE's product design team can also help develop and refine these types of novel foods. How do the different ingredients interact with each other, what effect does the manufacturing process have and how does it affect the taste and texture of the final product?
"It's a really exciting area to work in, and I can see how we can help our customers throughout the whole process of developing a product," says Lina Svanberg.
Novel or alternative protein sources are foods and ingredients that can supplement or replace animal protein.
Plant-based proteins: for example, pea protein, soya protein and oats.
Single cell protein: Microorganisms, such as filamentous fungi, are grown on industrial waste streams in closed bioreactor systems.
Aquatic protein: For example, algae and mussels.
Cell-cultured meat: meat that is produced from animal cells without the need for the slaughter of animals.