"On the Flavor of Faba Bean Ingredients": HealthFerm's First PhD Thesis Succesfully Defended
The HealthFerm project marked a significant milestone with the successful defense of its first PhD thesis. The work, titled "On the flavor of faba bean ingredients: Consumer acceptance, sensory perception, food application, and identification of potential flavor compounds," was presented by Fabio Tuccillo, a doctoral student from the University of Helsinki, shedding crucial light on making plant-based proteins more appealing to consumers.
The thesis delves into the often-challenging flavor profile of faba beans, a highly promising but underutilized source of plant-based protein. By meticulously investigating consumer acceptance, sensory perception, and the application of faba bean ingredients in various foods, the research aimed to identify the key flavor compounds that influence their palatability. This critical understanding is vital for developing more delicious and widely accepted plant-based food products, a core objective of the HealthFerm project's mission to promote sustainable diets. The doctoral defense featured a nearly three-hour discussion with opponent Professor Wender Bredie from the University of Copenhagen. The PhD student remarked on the enriching nature of the exchange, stating that "talking about our shared passion was truly engaging."
The success of this pivotal research is a testament to the collaborative spirit and expert guidance within the HealthFerm consortium. Special acknowledgements were extended to pre-examiners Professor Barbara Siegmund and Professor Paul Breslin, and to the support and guidance provided by supervisors Professor Kati Katina, Professor Mari Sandell, and Dr. Anna-Maija Lampi throughout the doctoral journey. This first PhD thesis from the HealthFerm project represents a significant step forward in optimizing plant-based ingredients for wider consumer adoption. As the world increasingly shifts towards sustainable and healthier food choices, understanding and enhancing the sensory properties of alternative proteins like faba beans is paramount. The full thesis is available for those interested in exploring the detailed findings.