On Monday November 14, a discussion-meeting with animal breeders and nutritionists on ‘Improving protein efficiency of broilers’ took place in Wageningen. The meeting was organised in the framework of Breed4Food Theme Resource Efficiency. Animal breeders and nutritionists from Wageningen University and Research and different companies discussed future directions to improve protein efficiency of broilers.
In the near future, protein efficiency of livestock is an important area in livestock production. Due to the increase in world population and increase in wealth, it is expected that the demand for human edible protein sources (from animal as well as plant origin) will increase. Due to the increasing demand for human edible proteins, it is expected that high-quality protein sources, like soy, will become more expensive. This will result in competition between humans and animals for high-quality protein sources, which will increase feed costs.
Therefore, the animal production sector should use animals that are more efficient with protein sources, and/or efficiently use of alternative protein sources or protein sources with a higher percentage human inedible proteins. Examples are sunflower seed meal, rapeseed meal, peas, vicia faba, lupines and their concentrates, chick peas, lucerne, leaf proteins from grass or sugar beet leaves, algae, duckweed, insects.
The aim of the meeting was to give an update on improving protein efficiency of broilers, to discuss phenotypes that can be used and to brainstorm on data collection or experiments to measure protein efficiency in broilers. There was a lively discussion with unique input from both disciplines, and several strategies were discussed.
The research team will use the information to improve the report on ‘improving protein efficiency of livestock’ and to give recommendations to the Breed4Food partners to improve protein efficiency. One of the most important outcomes of the workshop was that animal breeders and nutritionist have to collaborate in order to be able to improve protein efficiency.