Introducing APSAPAL

Palatant of non-animal origin that stimulates feed intake through a hedonic effect.
APSAPAL

New generation of palatants:
Umami taste for animal nutrition.

APSAPAL is a new generation palatant based on yeast and plant extracts. These components give an intense umami taste to the product. Together with the presence of an aromatic mixture, it confers, in addition to the characteristic retro-nasal aroma, a very significant palatant improvement that also provides a more natural flavour to the final product.

Research

SUITABLE FOR

All farm species and pets

All farm species and pets

MAIN COMPONENTS

The product does not contain any animal derivatives. Suitable for vegans.

Yeast extracts

Yeast extracts

Plant based essential oils

Plant based essential oils

Solutions to increase food intake and acceptability.

With Linneos APSAPAL line, the nutrition of your animals will become a delicious and healthy experience.

APSAPAL benefits from the Pintaluba Group’s experience and expertise in the agri-food industry, enabling it to offer high quality products and innovative solutions to improve the palatability of feed.

With APSAPAL, Linneos offers you a wide range of health, welfare and profitability benefits for animal production.

APSAPAL

What factors influence palatability?

In animals, palatability refers to the acceptance and preference for a specific feed. In other words, it is the sensory attraction that drives the animal to consume it.

Flavour: Taste and aroma (detection of flavours in the mouth, retronasal effect).

Texture: Consistency, shape and temperature of the food.

Aromas: Volatile compounds that attract or repel animals.

Colour: It may be an important factor in some species when selecting feed.

Physiological factors: Age, health status, breed and individual preferences.

Benefits of umami in animal feed

Improved appetite and feed intake.
Increased consumption of feed.
Reduced food wastage.
Improved animal health.

How does UMAMI work in animals?

Animals, like humans, have taste receptors on their tongues that detect the five basic tastes: sweet, salty, sour, bitter and, of course, umami.

  • The umami taste involves the activation of specific receptors in animals, which detect the presence of AMINO ACIDS and NUCLEOTIDS and indicate the presence of PROTEIN.
  • In animals, umami taste receptors play a crucial role in the detection and selection of food and nutrients intake.
  • Umami receptors are also found in the gut, such as those found in the taste buds.
  • Umami receptors detect the presence of sugars and amino acids in the gut and regulate the hunger-satiety cycle.