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Medium-chain fatty acids can help promote early growth in post-weaning piglets due to their high energy content, antibacterial properties, and ability to support metabolism in immature animals.

In 2025, the Latin American swine industry established structural expansion, reaching historic milestones in production, exports, and domestic consumption. However, in 2026, the sector faces a highly complex scenario, where projected growth will have to contend with the volatility of an unstable geopolitical environment and mounting sanitary pressures that are testing regional efficiency and profitability.

The administration of a hepatoprotective product at peripartum reduced sow mortality by 73%.

When foetuses develop in a heat-stressed gestation sow, a condition known as in utero heat stress occurs, and piglets may be born smaller with impaired gut microbiome and immune function. Additionally, these piglets show greater susceptibility to stress later in life. Although these consequences are not always immediately apparent, they are important to manage and prevent.

Short-chain fatty acids (SCFAs) and medium-chain fatty acids (MCFAs) play a key role in intestinal health in pigs. In addition to providing readily available energy, they contribute to microbiota modulation, pathogen reduction, and improved digestibility and nutrient absorption, specially in piglets during the post-weaning period.

Among the elements that are often overlooked is the microbiota, a true "invisible organ" that plays a key role in the health, immunity, and productivity of pigs. Understanding its dynamics and how it becomes imbalanced is increasingly essential for the success of health and nutrition programs.

The speed at which events have unfolded makes one want to get off this rollercoaster ride of a year, but the world doesn’t stop.

Individual precision feeding facilitates the use of alternative feedstuffs, such as forage, agro-industrial by-products, and others, by allowing them to be provided according to each animal's consumption and growth.

The withdrawal of ZnO in the EU and the UK, and the pressure to reduce the use of antibiotics, has accelerated the shift to implement alternatives to protect postweaning gut health.

In addition to its role in protein synthesis, tryptophan contributes to the production of serotonin, a molecule that influences appetite and immune system regulation, and niacin production.

We visited the CDPQ, Centre de développement du porc du Québec, a commercial farm that operates under a unique collaborative model focused on research.

Intestinal immunity is a complex system composed of physical barriers, immune cells, receptors, and microbiota.

The key takeaways highlight that environmental microbiomes matter—installing a positive biofilm on surfaces in farm buildings helps maintain a favorable microbial environment in the nursery—while animal gut resilience is equally essential and requires supporting microbial balance, immunity, and the management of oxidative stress to optimize their post-weaning performance.

Sara Mazo and Francisco Ruíz review what could affect the commodities market in 2026... at least based on the information currently available.

Tryptophan (Trp) is an essential amino acid that pigs must obtain from their diet. It is involved in protein synthesis and serotonin production, which regulates appetite. It also contributes to the formation of niacin (vitamin B3) and has antioxidant effects, promoting intestinal health and microbiota. In addition, it helps maintain mucosal integrity and regulates the immune system.

Precision electronic feeding has become one of the key technologies for improving efficiency and sustainability on farms.