Professional Dietetics is a privately owned Italian company specialised in patented hyaluronic acid and amino acid formulas

We are committed to improving quality of life through the research and development of hyaluronic acid and amino acid formulas.

Professional Dietetics, established in 1996, was formed with the specific ambition of its founder that they become one the world’s leading developers of amino acid based products.

Professional Dietetics research has been focussed on two distinct areas:

  • Systemic and enteral amino acids combinations
  • Combinations of amino acid and hyaluronic acid for the treatment of mucositis and dermatitis
Central to the company’s ethos has always been a commitment to clinical research and patents.
Professional Dietetics innovative spirit has led to 20 years of continuous success, which has resulted in:


Professional Dietetics has always aimed to become a global company, though, it was in 2016 that it marked a real step in this direction.

2016, in fact, can be defined as the “turning point year”: new scientific evidence, obtaining international patents and the recognition of the products high potential gave the necessary momentum to begin a new course – the International one.

All of this led to the establishment of Professional Dietetics International at the beginning of 2016.
Professional Dietetics International’s main goal is: conquer foreign markets through a network of business partners that can promote and develop products – already known to the Italian market – whilst ensuring an on-going research into products innovation.

Professional Dietetics focus on two hyaluronic acid and amino acid formulas, oral and topical.

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Research and development

Clinical trials have shown that Professional Dietetics’ patented amino acid + hyaluronic acid formulas are effective in various pathologies.

Hyaluronic acid and amino acid formula:

  • Promotes and accelerates wound healing through the direct effects of keratinocyte proliferation and migration.25
  • Stimulates fibroblast migration and proliferation, thereby enhancing formation of granulation tissue and collagen deposition.26
  • Stimulates the expression of vascular endothelial growth faction (VEGF) by fibroblasts, resulting in the formation of blood vessels.27