Palatyne Pro

Palatyne Pro 1 kg

Palatyne®, or Isomaltulose, is an innovative, healthy carbohydrate with a low glycemic index (GI = 38). It’s an excellent choice for those who need to manage their blood sugar levels.

This Palatyne Pro product comes in a 1 kg resealable polypropylene pouch. It’s suitable for tube feeding formulas and for adding to everyday foods and drinks for sustained energy without a high level of sweetness.

Palatyne® provides the same amount of calories as sugar but is only half as sweet. It can be used in a variety of hot and cold foods, baked goods, and drinks, even in high-temperature cooking. It has a naturally pleasant, sweet taste with no bitter aftertaste, making it ideal for those who need to control their blood sugar. It can also be a source of carbohydrates for people with diabetes and can be used in tube feeding formulas.

Key ingredient: 100% Isomaltulose
*Isomaltulose has a low glycemic index, making it suitable for people with diabetes. It should be consumed in recommended amounts.

Palatyne (Isomaltulose) is made from natural sugarcane and undergoes a certified biological process to become isomaltulose—a carbohydrate that the body digests and absorbs as sugar slowly. This unique quality provides several benefits:

  • Helps maintain stable blood sugar levels throughout the day: It prevents blood sugar spikes after meals, making blood sugar management easier. It is ideal as a carbohydrate source for people with diabetes and those concerned about their blood sugar levels.
  • Helps sustain energy levels: Palatyne provides continuous energy during exercise and encourages the body to use fat for energy. This can help improve performance and push your athletic limits. It is perfect for athletes who need energy during competitions or training and for those who engage in long-duration exercise.

Palatyne is a safe carbohydrate that the body can fully digest and absorb in the intestine with no residue. There are no limits on how much you can consume, and most importantly, it does not contribute to tooth decay.