OUR PHYTASE TECHNOLOGY TAKES PRODUCTIVITY TO ANOTHER LEVEL. THE QUANTUM LEVEL

Similar documents
Zn Potential to reduce feed cost per tonne by up to $20/tonne depending on the market

Swine Phytase Feeding. Kevin Herkelman, Ph.D. Product Support and Development Manager Wenger Feeds

Effects of High Levels of Phytase (Ronozyme HiPhos) in Low-Lysine Diets on the Growth Performance of Nursery Pigs 1

Research advances to maximize value from new phytases in poultry and pig diets Prof. Peter Plumstead

PHYTASE AS A FEED ADDITIVES, THAT IMPROVES PERFORMANCE PARAMETERS OF WEANED PIGLETS IN EXTENSIVE FARM CONDITIONS

A value-based approach to the determination of optimal phytase dose to be utilized in the diets of laying hens.

Phytase in non-ruminant animal nutrition: a critical review on phytase activities in the gastrointestinal tract and influencing factors

J.A. Lory 1, R.E. Massey 2 and M.C. Shannon 3 1

Rick Brasnett Manager Market Research. Speech to: The Fertilizer Institute s 2003 Fertilizer Outlook Conference. Feed Phosphates. Washington, DC USA

Recommendations to Estimate Swine Nutrient Production in the Phase 6 Watershed Model

Call for research proposals APRIL

Nutreco Ambition 2016

J.A. Lory 1, R.E. Massey 2 and M.C. Shannon 3 1

Project Report No. 540

Phosphorus Requirements of Different Species, Phytase Feeding, and Ration Formulation

The EFSA Journal (2004), 88, 1-6

INTERNATIONAL EXPERT IN PROBIOTICS AND LIVESTOCK NUTRITION

Effect of diet manipulation on manure characteristics

Meeting the challenges in animal nutrition

A note on the effect of supplementation with microbial phytase and organic acids on feed intake and growth performance of growing pigs

Maximizing the benefits & minimising the negatives of smallholding family flock Oluyinka A. Olukosi SRUC

Phosphorus management in pork production

Scientific Developments in the Field of Enzymes

Use of the Swine Opportunity Checklist in Feed Management Plan Development. Introduction

Genetic Opportunities to Enhance Sustainability of Pork Production in Developing Countries: A Model for Food Animals

Stability of four commercial phytase products under increasing thermal conditioning temperatures 1

December 2002 Issue # PHOSPHORUS MANAGEMENT ON HIGH PHOSPHORUS SOILS. Angela Ebeling, Keith Kelling, and Larry Bundy 1/ Introduction

=~~z. Dan Klippenstein Excel Playgreen Group Inc. Presentation to the Clean Environment Commission Meetings. Good Afternoon Ladies and Gentlemen

Biocide Treatment of Poultry Drinking Water: - Results of an Extensive Trial. Robert Wilson BSc M.W.M.Soc. Meadowhead Consultancy Ltd

University of Life Sciences, Institute of Animal Nutrition, Department of Biochemistry and Toxicology Akademicka 13, Lublin, Poland

Feeding and Nutrition of Pre and Post Weaned Piglets : A Modern Approach. Dr Mike A Varley The Pig Technology Co. Director

Stability of commercial phytase sources under different environmental conditions 1

Dissociation of Orthophosphoric Acid

The importance of good early growth

The Effective Fibre Source for Livestock

EGG QUALITY AND EGGSHELL QUALITY CHARACTERS OF COMMERCIAL CHICKEN LAYERS BY THE DIETRY INCLUSION OF ENZYME PHYTASE D.

Your cattle need Rumensin

Role of microbial phytase in broiler nutrition- A review

PRODUCTION CONTROL SYSTEMS FOR PIGS

FRAmelco corporate. Formulating Revolutionary Additives

Feed fibre first...feed Fiber Fresh

The SFIS project - Specialty Feed Ingredients contribu.ng to Livestock Sustainability

CHALLENGES AND OPPORTUNITIES

management guide Aberdeen Angus Management Guide aberdeen angus

eco-efficiency and innovation

Pastured Pork Production. Tim Holmes Director of Compliance A Greener World

ARE ALL fertilizers the same? Of

Enzymatic Quantification of Phytate in Animal Manure

Performance and bone characteristics of growing pigs fed diets marginally deficient in available phosphorus and a novel microbial phytase

Research Notes. Influence of Supplemental Phytase on Calcium and Phosphorus Utilization in Laying Hens 1

Production Performance & Costs

Phosphorus Management to Improve Profit and Ensure Environmental Sustainability

COMPARATIVE PRODUCTION PERFORMANCES OF CERTAIN PIC GENOTYPES IN SWINE COMMERCIAL FARMING

Welcome to April s Newsletter

Health Food for Vines

FAO assistance towards feed analysis. Increasing incomes, improving food safety and safeguarding the environment

Nutrient Management in Crop Production

Synbiotic vs. Probiotic and Prebiotic. (Budino F.E.L. et al. 2005, Brazilian Archives of Biology and Technology, Vol.48, No.6)

Effect of Germination and Heating on Phytase Activity in Cereal Seeds

Standards for Safety Assessments of Food Additives produced Using Genetically Modified Microorganisms

CASE STUDIES USING THE OUTDOOR PIG MODEL IN OVERSEER

The Handling of Medicated Feed

Mulga your stock, your supplement with Clynt Johnstone

Sampling Errors Associated with Protein Accretion and Amino Acid Requirements Predicted from Serial Live Weight and Real-Time Ultrasound Measurements

ENVIRONMENTAL FOOTPRINTS OF INNOVATIONS TO IMPROVE ANIMAL WELFARE

OTERS. Natural Calcium Source with Organic Acid.

Project Report No. 540

How High Fuel, Fertilizer and Commodity Prices Affect Manure Management Decisions

Selecting the right feed

Agricultural Innovation Systems in the context of the Food Systems and SDGs

Phosphorus: Can We Farm Profitably on Low P Soils? Paul Withers, SENRGy, Bangor University

Livestock and Poultry Environmental Learning Center Webcast Series September 20, 2013

RemActiv TM. Bioremediation Enhancer

Large Herd Seminar. Tuesday 25 th June :1 5. Ruminant Enzymes: The Future of Dairy Cow Nutrition? Dr Nicola Walker

THE EFFICACY OF VIUSID VET ON SWINE PRODUCTION IN VIETNAM

SR12 LET SCIENCE GUIDE YOUR FERTILISER CHOICES August 31, 2018

Analysis of chicken litter

a) Vision To be the preferred animal feeds manufacturer and supplier in Kenya.

The Growth Performance of Two Lines of Pig Reared under Two Differing Environmental Conditions

What do you think is causing the pit foaming? Additives Aggressive agitation Agitating Agitating above manure level Agitating above the manure

Seminar on Food and Feed Additives Tokyo, JAPAN 2 July 2013

Nanotechnology in Fertilizers and Supplements

Invited Speakers. S1.2 Phytase and Phytate Interactions MR BEDFORD and AJ COWIESON AB Vista Feed Ingredients, UK

REGIONAL SOIL CHALLENGES VIETNAM

Subject Index. See for options on how to legitimately share published articles.

Agricultural Phosphorus Management: Protecting Production and Water Quality

Carbon footprint assessment of Delfos (DCP)

Advanced Biology: Bahe & Deken. Agriculture & Nutrition. Chapter 9. Text Page

655 Southgate Drive Guelph, Ontario N1G 5G6. DATE: November 6, 2007 PROPOSAL # 07/137

Egg Production, Fertility, and Hatchability of Breeder Hens Receiving Dietary Phytase

Agriculture. Paper 1. Centre Number. Student Number. Total marks 70

PolyNPlus. The revolutionary foliar fertiliser range. Fertiliser Services

Now there is a Better Way to Grow Crops. One of the best products ever for Agriculture

Key Management Factors for. Successful Swine Production. in Hoop Structures

Overview. Enhancing Profitability through Swine Innovation. Who is Swine Innovation Porc? Mission Statement 07/05/2013

An enzyme is a protein that acts as a biological catalyst that is, it speeds up a metabolic reaction without itself being permanently charged.

Application of an Integrated Management System to Improve Performance and Profitability in Finishing Pigs

Weaner management. in northern beef herds. Russ Tyler Tyler rural consulting Gayndah. A joint initiative of:

Copper: Essential for Human Health

Land-Use Credits to Corn Ethanol: Accounting for Distillers Dried Grains with Solubles as a Feed Substitute in Swine Rations

Transcription:

OUR PHYTASE TECHNOLOGY TAKES PRODUCTIVITY TO ANOTHER LEVEL. THE QUANTUM LEVEL UNLOCK NUTRITIONAL VALUE FROM PHYTATE IN FEED PHYTATE: THE PRIMARY SOURCE OF PHOSPHORUS IN MOST FEEDS AND A TARGET FOR ENHANCED NUTRIENT UTILISATION Pigs are limited in their ability to break down phytate efficiently. The nutrients within and bound to phytate are therefore unavailable to the animal, reducing feed efficiency and increasing nutrient excretion. Zn Ca Most people (approximately 9%) use a phytase to improve feed efficiency and, in general, we are seeing a trend towards higher usage per tonne treated. However, the benefits of a phytase come from not only the dose applied but also from the use of a product that is optimised for phytate breakdown. When taken together, these qualities ensure that you can make every molecule matter. Estimates suggest that wasting the nutritional power associated with phytate could be costing the global swine industry over $1 billion every year

AN ENHANCED E.COLI PHYTASE, SPECIFICALLY DESIGNED TO UNLOCK NUTRIENT POTENTIAL FROM PHYTATE MAKES THE MOST OF YOUR FEED Many phytases release phosphorus, but Quantum Blue is the phytase that goes further, primarily due to its high affinity for phytate. 5 FTU/KG ONLY RELEASES THE FIRST TWO PHOSPHATES PROVIDING A 1.3 POINT FCR BENEFIT You could be wasting 6% of the value within and bound to phytate by applying low levels of a sub-optimal phytase. 6 1 MAXIMUM PHYTATE BREAKDOWN WITH QUANTUM BLUE AT 15 2 FTU/KG (SUPERDOSING) PROVIDING A 3 4 POINT FCR BENEFIT Alkaline phosphatase QUANTUM BLUE REDUCES THE NEED FOR EXPENSIVE INGREDIENTS BY UTILISING EVERY NUTRITIONAL ELEMENT OF PHYTATE Unlike other phytases, Quantum Blue efficiently unlocks all six phosphorus molecules during digestion, releasing the inherent nutrition contained within feed. By maximising phytate breakdown, Quantum Blue liberates nutrients these can be used to increase animal performance, or for a feed cost reduction. Together, these crucial components help contribute to a sustainable farming industry. Sustainable production IP6 IP5 IP4 IP3 IP2 IP1 INOSITOL 5 2 Feed cost savings Better performance 3 4 Quantum Blue is proven to deliver more available phosphorous By breaking down phytate and lower phytate esters efficiently, Quantum Blue (15 25 ) works with the animal to release inositol and the valuable nutrients that are impaired by or bound to phytate. Inositol plays a key role in cell survival and growth, central nervous system development and function, bone structure and formation, metabolism and reproduction. avp% release.25.2.15.1.5 9% phytate degradation 5 1 15 2 25 Concentration (µmol/g) 35. 3. 25. 2. 15. 1. 5.. Phytate and lower esters are reduced with increasing dose IP6 IP5 IP4 IP3 Inositol Control 1 175 25 FCR (g/g) Increased inositol release is correlated with improved growth and FCR 1.98 1.96 1.94 1.92 1.9 1.88 2 55 kg grower pigs 1.86 1 1.5 2 2.5 3 3.5 Stomach Inositol Concentration (µmol/g dry weight) P and Ca Zn Ca Fe Trace minerals Amino acids Maximum phytate breakdown Energy Suppliers published figures Results from three experiments in grower-finisher pigs Holloway et al., 216 (abstract) HIGH PHYTATE AFFINITY

HAS THE CHARACTERISTICS TO ACHIEVE MAXIMUM PHYTATE BREAKDOWN Quantum Blue breaks down phytate faster, even at low substrate levels Non-coated Ensuring rapid release in the animal Active at the correct ph where phytate is soluble Enabling maximum enzyme productivity Quantum Blue Buttiauxella Quantum Blue works 45 4 Citrobacter Phytate levels relative (%) to control 1 8 6 4 2% 2 2 4 6 8 1 12 4x faster Activity level (%) 35 3 25 2 15 1 5 Time (mins) Quantum Blue Buttiauxella than a coated phytase 2 2.5 3 3.5 4 4.5 5 5.5 6 ph Soluble phytate in gastric region Source: AB Vista Internal, 216 Source: Internal data, 216 Source: AB Vista Internal, 216 Intrinsic thermostability Proven to survive high conditioning temperatures up to 9 o C High stability in the digestive tract Facilitating passage through harsh conditions to reach the site of activity 12 Enzyme degradation (%) 1 8 6 4 2 Recovery against no incubation (%) 1 8 6 4 2 3 6 24 Mash 7 75 8 85 9 95 Time (mins) At ph 2.5 and 4 o C with pepsin Temperature ( C) Source: Kolding Institute, 215 Source: AB Vista Internal Data, 216 2

CAN BE FLEXIBLY APPLIED TO ACHIEVE YOUR PRODUCTION GOALS SHED LIGHT ON YOUR PHYTATE CONTENT USING NEAR INFRARED (NIR) TECHNOLOGY PERFORMANCE BENEFITS By applying Quantum Blue at 15 25 on top of a standard diet, you can increase animal performance COST SAVINGS Quantum Blue is proven to deliver consistent nutrient availability, maximising feed cost savings Phytate varies within raw materials. If this is not accounted for in formulation, it leads to greater variation in dietary phytate content. AB Vista Feed Quality Service uses near infrared (NIR) technology to provide analysis of the phytate-p level in raw materials and finished feeds. This allows for application of the maximum dose of phytase dependent on dietary phytate-p level to provide the greatest financial return, whilst ensuring this is achieved without risking performance or welfare problems due to phosphorus deficiency. Measure phytic-p content NUTRIENT RELEASE 4 points FCR* in post-weaning piglets Near infrared (NIR) based online tool 15 P.175.195 avp 4 points FCR in grower-finisher pigs Increased live-weight gain of 1.9 kg in finisher pigs 1 ** applied with a full matrix has been shown to deliver up to $2/tonne cost savings *** *FCR: feed conversion ratio **FTU: phytase unit enzyme required to release 1 µmol of monocalcium phosphate (MCP) in one minute at ph 5.5 and 37ºC ***Market dependent Average phytic-p content of the diet* (.22.3%) Phosphorous requirements are dependent on species DETERMINE DOSE based on substrate level and P requirements *Based on average from AB Vista global database with over 16, samples **Amino acid recommendations may vary by phytase dose Note that there needs to be enough substrate available for the enzyme to work on amino acids** 75 1

TAKE YOUR PRODUCTIVITY TO ANOTHER LEVEL. THE QUANTUM LEVEL Quantum Blue is specifically designed to unlock maximum value from phytate to release all the inherent nutrition from your feed Quantum Blue can be flexibly applied to achieve your production goals Enhance performance; proven to improve FCR by ~4 points and weight gain by ~2 kg in pigs Potential to reduce feed cost per tonne by up to $2/tonne depending on the market www.abvista.com