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Weaning stress: A challenge in high performing piglets

Weaning stress and its consequences can have a lasting impact on health and performance. SCFAs, MCFAs and their glycerol esters play a role in strategies to improve the healthy development and resilience of piglets and reduce the use of antibiotics.

The period around weaning is stressful. Social and environmental stresses occur as piglets are separated from their mothers and shifted to new environments. At the same time, easily digestible sow milk is replaced with predominantly plant-based solid feed while the digestive tract is still underdeveloped, and the barrier function is still incomplete. Therefore, piglets often show growth depression and are more susceptible to diseases, a phenomenon known as post-weaning stress syndrome. Consequently, a regular pro- and metaphylactic use of antimicrobials as well as therapeutical levels of ZnO, has been the standard approach to keep animals’ productivity. This has been contributing to increasing antimicrobial resistance (AMR), which is one of the world’s most pressing public health issues.

Reducing the need for antibiotic treatments
To significantly reduce the need for antibiotic treatments, the presence and growth conditions of pathogenic microorganisms need to be controlled on the one hand and, and even more importantly, the resilience of the animal need to be improved.

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How Swine Nutrition Can Revolutionize Biogas Production - Dr. Felipe Hickmann

Video: How Swine Nutrition Can Revolutionize Biogas Production - Dr. Felipe Hickmann


In this episode of The Swine it Podcast Show Canada, Dr. Felipe Hickmann from Laval University explores how nutritional strategies and manure management impact biogas production in pig farming. He breaks down the science behind anaerobic digestion at low temperatures and explains how dietary adjustments affect methane production and environmental sustainability. Learn how producers can reduce emissions and improve resource efficiency. Listen now on all major platforms!

"Lowering crude protein can reduce nitrogen in manure, but only if animal intake doesn’t compensate by increasing feed consumption."

Meet the guest: Dr. Felipe Hickmann / felipe-hickmann-963853a6 is a PhD research assistant at Laval University, specializing in swine and poultry sustainability. With extensive experience in manure management, nutritional strategies, and precision livestock technologies, he contributes to improving environmental outcomes in animal agriculture.