The third International Phytate Summit (IPS3) concluded yesterday with industry leaders discussing the anti-nutritional impact that phytate can have on protein digestibility, and the positive influence of phytase on amino acids.
The event, themed The Value Chain of Phytate Destruction , has seen feed and nutrition experts from around the world share the latest research into how combatting phytate can improve feed efficiency, nutrient utilisation, sustainability and ultimately profitability.
On the final day, Professor Hank Classen, University of Saskatchewan, highlighted the impact of phytate and phytate esters on protein digestibility and the influence of superdoses of phytase on amino acid digestibility, specifically non-essential amino acids.
“The use of high levels of phytase is promising in young birds because we did see a more consistent response in phytate hydrolysis and so the availability of amino acids and energy is also more predictable.”
Professor Layi Adeola of Purdue University discussed the fate of amino acids in the gastrointestinal tract, a very complex system of endogenous enzymes and transporters.
This research was followed by that of Dr Sami Dridi, University of Arkansas, and Dr Gabriel Morales, University of Buenos Aires, who highlighted the need to better understand the nutrient requirements of the animals, particularly environmentally interesting nutrients such as amino acids and phosphorus in monogastrics and aquaculture.
Dr Morales stated: “Phytase use can play a significant role in sustainable aquaculture production. Research has demonstrated that superdoses of phytase supplied in a plant-based diet for rainbow trout increased dietary phosphorus retention from 36 to 67% and reduced the excretion of nitrogen into the environment by 7%.”
The summit concluded with a presentation from Dr Mike Kidd from the University of Arkansas highlighting the historical understanding of phytate and amino acids, current understanding and future trends in amino acid formulations and implications for phytate and phytase.
“Additional research is warranted to assess amino acid digestibility as improved by dietary phytase,” Dr Kidd stated. “Variation exists in amino acid digestibility studies in the literature and it is difficult to realise an amino acid response near the asymptote of the biological response, particularly less limiting amino acids and in environmental conditions producing different gut health challenges.”
To find out more about IPS3, please visit: https://www.abvista.com/Innovation/International/IPS3.aspx
To find out more about follow-up IPS3 events, please contact AB Vista. For more information, visit www.abvista.com contact AB Vista on +44(0)1672 517 650 or firstname.lastname@example.org.
Notes to editor:
AB Vista is an animal nutrition technology company offering pioneering products and technical services to the global animal feed industry. Since its establishment in 2004, AB Vista has grown to be a top-three player in feed enzymes and is also one of the largest suppliers of natural betaine to the global animal nutrition industry. The company invests heavily in research and development and has a growing portfolio of products and services spanning the poultry, swine, ruminant and aquaculture sectors. AB Vista is headquartered in the UK, with regional offices located in the USA, Brazil, Singapore, Spain, India, China, Germany and Finland.
AB Vista is part of AB Agri, the agricultural division of Associated British Foods, one of Europe’s largest food & retail companies with a market capitalisation of £22 billion.
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