articles about feed-consumption

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.

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.

Increased productivity has not come without consequences. Sows face greater physiological demands, which translates into a higher metabolic load, increased nutritional requirements, and, in many cases, increased mortality on farms. This phenomenon is of particular concern in Spain.

In this installment, we will discover how heat stress affects the digestive tract of pigs.

The study confirms the negative impact of both chronic and acute heat stress on feed intake in lactating sows and validates nutritional and management strategies to mitigate it.

How does heat stress affect our pigs? This four-part question-and-answer series will give us an in-depth understanding of this key aspect of pig production.

Weaning is one of the most difficult periods in a pig’s production cycle. A deeper understanding of the challenges piglets face, as well as the short- and long-term consequences of low feed intake, can help nutritionists formulate their diets to better support growth and improve health.

Mammals, such as pigs, have a keen attraction to sweet tastes. They are able to perceive the five basic tastes: umami, sweet, bitter, sour, and salty. Sugars such as sucrose, glucose, and lactose are especially attractive to them. This trait seems to have evolved as a natural mechanism for detecting high-calorie energy sources.

Of the pillars of commercial pig production, nutritional management, is based on its impact on the total final production cost. In Brazil, it represented 73.16% of the total production cost in 2024 on average, according to data from CIAS (2024, EMBRAPA). In this way, constantly updating the energy and nutrient requirements needed to optimize production outcomes is a focus of attention and a goal of ongoing scientific research.