Germany: Research pioneers new frontiers in the plant-based food science of sausage

Published 2022년 4월 12일

Tridge summary

A team of German scientists has delved into the molecular functions of vegetable proteins used in plant-based meat surrogates, aiming to identify their sensory weaknesses. The research involves a detailed comparison of meat-based, vegetarian with egg white, and pure vegan sausages, focusing on factors such as bite, chewing, mouthfeel, and enjoyment characteristics. The study reveals that muscle proteins and plant proteins behave differently in emulsifying fats and oils, leading to distinct mouthfeel characteristics. The researchers have employed advanced techniques like tensile experiments, rheology, and tribology to gain a deeper understanding of these differences at the molecular level. This research aims to use this knowledge to enhance the physical properties and mouthfeel of alternative sausages, marking a significant advancement in the field of experimental food science.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Plant-based meat surrogates have been the rage for some time. "Impossible" has become a buzzword to tout everything from vegetarian burgers at fast food chains to meatless alternatives in grocery store aisles. Indeed, modern methods of biotechnology, food technology, and process engineering can yield high optical similarities and targeted molecular-sensory methods that can largely approximate appearance, taste, and smell. On a molecular scale, however, plant-based meat appears completely different from the food it tries to mimic, which is noticeable in various ways.In Physics of Fluids, scientists from Germany—a country that produces more than 1,200 types of sausages—investigate the molecular function and effects of vegetable proteins of different origins to identify ...
Source: Phys

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