[PDF] Impact of lactose substitution by dextrose on piglet





Previous PDF Next PDF



Competition and Commodity Price Volatility - 2012

16.11.2012 However competition authorities need to be vigilant in ensuring that the effects are not exacerbated by anticompetitive practices



Verzeichnis der wissenschaftlichen Veröffentlichungen 2011

subpopulation of spermatogonia in cattle pigs



UNIVERSIT¨ATS- BIBLIOGRAPHIE

21.03.2010 Intestinal glucose transport in lactating dairy ... Effects of probiotics on intestinal transport and barrier function.



Impact de la pasteurisation et de lhomogénéisation sur la digestion

27.11.2017 Holder pasteurization impacts the proteolysis lipolysis and ... Lactose



ISBA9 - 9th International Symposium on Biomolecular Archaeology

the pig in Corsica from its Neolithic introduction to modern populations. palaeoenvironments and their impact on human behaviour and evolution.



Impact of wheat genotype on its interactions with rhizobacteria: what

01.04.2019 les génotypes anciens in vitro (2) de meilleurs effets ... réunions BacterBlé



Etude de lépidémiologie moléculaire et de lécologie d

02.10.2017 utilisés pour l'identification et le typage l'impact clinique





Untitled

Mediterra 2016. Zero Waste in the Mediterranean. Natural Resources Food and Knowledge/. International Centre for Advanced Mediterranean Agronomic Studies ( 



Learning Plan Networks in Conversational Video Games

13.08.2007 I describe a methodology for unsupervised learning of a Plan Network using a multiplayer video game visualization of this network



Impact of lactose substitution by dextrose on piglet

Dextrose can fully substitute lactose provided by whey powder in post weaning diets without impairing piglet performances The information contained in this document is to the best of our knowledge true and accurate but all instructions recommendations or suggestions are made without guarantee



Which alternatives to lactose for piglet feeding?

Dextrose has been linked to improved egg development when fed to sows during the insemination period reducing the variation in piglet birthweight Recommendations Dextrose included into the wean to mate sow diet at 5 per cent increases litter size without increasing litter weight variation at birth



EVALUATION OF DEXTROSE LACTOSE AND WHEY SOURCES IN PHASE 2

Research from Ohio State University has reported that pigs fed diets con-taining dextrose performed equally to those fed diets containing lactose More research is needed however to evaluate the suitability of dextrose replacement for lactose in commer-cial-type pig-starter diets



Session 09: Neonate health: impact of feeding management and

Introduction Lactose in milk replacer (MR) can be replaced by dextrose up to one third without affecting insulin sensitivity and growth performance in veal calves (Gilbert et al 2014)



Metabolomic signatures distinguish the impact of formula

the specific effects of lactose and corn syrup solids on the developing infant gut microbiome are largely un-known Importantly we previously showed in a preterm piglet model that feeding formulas containing lactose reduced the incidence of NEC by threefold compared to those fed maltodextrin [50] The aim of the current



Neonatal piglet survival: impact of sow nutrition around

the piglet liver and muscle tissues were increased by 14 to 20 when sows were fed medium-chain FAs (mainly C8) or coconut oil (rich in C12) compared with soybean oil The dietary inclusion level of fat (10 ) was applied from day 84 of gestation and it had a profound effect on survival until day 3 for piglets weighing



The interaction between cereal type and lactose level on

In the current study it was hypothesized that by including barley in the diet of weanling pigs the ?-glucan present would substitute for lactose as a substrate for microbial fermentation and



Dextrose inclusion in milk replacer for calves - ResearchGate

Lactose in milk replacer (MR) can be replaced by dextrose up to one third without affecting insulin sensitivity and growth performance in veal calves However the effect of replacing more than 20



The impact of probiotics and lactoferrin supplementation on

impact on NEC and sepsis rates little is known about how they may impact microbiota development We thus employed a newborn piglet model to assess the impact of feeding probiotics or a combination of probiotics and lactoferrin on development of the gastrointestinal microbiota Healthy full-term piglets were fed either probiotics alone or



Goldlac is a dairy based ingredient for inclusion in pre- and

Lactose Recommended use Goldlac has been developed based on the physiological needs of the piglet Providing a balanced ratio of fat dairy protein and lactose Goldlac improves feed intake provides highly digestible energy via micro-encapsulated fat containing coconut oil and gives a balanced ratio between lactose fat



Searches related to impact of lactose substitution by dextrose on piglet filetype:pdf

Supplementation of dextrose to the diet during the WEI did not affect WEI (106h) pregnancy rate (88 2 ) farrowing rate (84 2 ) subsequent litter size (total born: 13 70) or birth weight (1599g)

What are the alternatives to lactose for Piglet growth?

  • Various alternatives have been proven since then to be at least as effective as lactose (a glucose-galactose disaccharide) in promoting piglet growth. The list includes monosaccharides such as glucose, fructose and maltose, also oligosaccharides such as sucrose and maltodextrins.

Do weaned pigs utilise glucose and dextrose?

  • Based on recent research results from Purdue University, USA, weaned pigs appear to utilise glucose and dextrose with the same efficacy as their utilisation of lactose. Anhydrous dextrose is equivalent to pure glucose, but it tends to be more expensive than glucose monohydrate.

Can lactulose be used as a substitute for lactose or sucrose?

  • Thus, lactulose might be used practically as a substitute for lactose or sucrose in milk powder manufacturing to improve the solubility of the products; and in ice cream making and con- densed milk manufacturing to prevent sandiness, if a completely satisfactory preparative method for lactulose can be established.

Can starch substitute lactose in pigs?

  • Starch is poorly utilised by weaned pigs, but starch products from enzymatic or acid hydrolysis can be quite efficacious in replacing lactose. These products are derived from the industrial production of nutritive sweeteners.

Impact of lactose substitution by dextrose

on piglet performance in the post-weaning period

Caroline GARD

1 , Pierre-Stéphane REVY 2 , Christian DELPORTE 1 , Laetitia GUERIN-DEREMAUX 1 1

ROQUETTE, 62080 Lestrem, France -

2 CALCIALIMENT-VILOFOSS, Z.I. de la Gare, 22690 Pleudihen, France

Introduction

Materials and methods

Results

Whey powder is commonly included in piglet diets as a source of lactose. Dextrose, the crystalline form of glucose, is also used as a totally digestible energy source for young piglets.

The objective of this trial is to test

partial and total substitution of lactose , provided by whey powder, by dextrose in post-weaning piglet diets.

Methodology

Animals:

1000 male and female piglets, weaned at 23±1 days old

Housed in 28 collective pens

Initial weight at 28 days: 7.2kg

Final weight at 44 days: 12.2kg

Treatment groups:

- "Reference Lactose diet" - "Test diet with 50%
whey powder substitution by dextrose" - "Test diet with 100%
whey powder substitution by dextrose"

Clinical observations: Over the whole trial period, 1 piglet died and 2 others were removed because of weight loss without any relation with a particular diet.

No phenomenon of diarrhoea was recorded.

Zootechnical performances:

- The initial weight of the piglets was 7.2kg at day 28 compared to a final weight of 12.2kg at day 44.

During the study period, from day 28 to day 44, the average feed intake was 331g/day (Fig.1), the average daily weight gain was 308g/day (Fig.2) and the feed conversion ratio

was 1.08 (Fig.3). >> No significant differences were observed among the 3 diets.

Study designDiet composition400

350
300
250
200
150
100
50
0

Reference Lactose DietTest diet - 50%

substitution by DextroseTest diet - 100% substitution by Dextrose

Consumption (g/d)

±R.S.D)

Figure 1:

Feed intake between 28 and 44 days old

323

±16335±16335±16

350
310

±16309±16305±16

300
250
200
150
100
50
0

Reference Lactose DietTest diet - 50%

substitution by DextroseTest diet - 100% substitution by Dextrose

Average daily gain (g/d)

±R.S.D)

Figure 2:

Average Daily Gain between 28 and 44 days old1.20

1.00 0.80 0.60 0.40 0.20 0.00

Reference Lactose DietTest diet - 50%

substitution by DextroseTest diet - 100% substitution by Dextrose

Feed conversion ratio

(g of feed/g of weight gain)

±R.S.D)

Figure 3:

Feed conversion ratio between 28 and 44 days old

1.05

±0.051.09±0.051.10±0.05

Day 0Day 23Day 44Day 28

Piglet AgePrestarter diet

"Reference Lactose Diet" Test diet with 50% Lactose substitution by Dextrose" Test diet with 100% Lactose substitution by Dextrose"approx. 1000 pigletsn=320 n=320 n=319Composition (%)

Reference

Lactose dietTest diet - 50%

substitution by DextroseTest diet - 100% substitution by Dextrose

Cereals and derivatives

(barley, wheat, wheat middlings, biscuit meal)

69.469.967.8

Proteins and oils

(extruded soybean, pea protein, soybean meal, whey protein concentrate, rapeseed oil)

15.717.119.2

Whey powder10.34-

Dextrose-48

Premix

(minerals, vitamins, amino acids)4.655Nutritional characteristics

Reference

Lactose dietTest diet - 50%

substitution by DextroseTest diet - 100% substitution by Dextrose

Crude protein (%)17.517.517.5

Fat (%)5.595.575.57

Starch (%)34.334.733.4

Total sugar (%)12.512.513.7

Lactose (%)7.13.61.35

Total lysine (%)1.461.461.46

Total phosphorus (%)0.630.640.64

Total calcium (%)0.670.670.67

Net energy (MJ/kg)10.610.610.6

Conclusion

Dextrose can fully substitute lactose provided by whey powder in post weaning diets without impairing piglet performances.

The information contained in this document is to the best of our knowledge true and accurate but all instructions, recommendations or suggestions are made without guarantee. Since the conditions of use are beyond our control,

we disclaim anyliability for loss and/or damage suffered from use of these data or suggestions. Furthermore, no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.

No part of this document may be reproduced by any process without our prior written permission.

© Roquette Frères S.A. - D3C - 01/2015

47
th "Journées de la Recherche Porcine" - February 3 rd and 4 th , 2015 - Parisquotesdbs_dbs6.pdfusesText_12
[PDF] Impact of Paris Attack - Anciens Et Réunions

[PDF] Impact of Social Factors on the Quality of Life of

[PDF] impact of storage in pet packaging on the quality of

[PDF] Impact of the Crisis on the New Member States - Anciens Et Réunions

[PDF] Impact of volatile weather on businesses` profits is increasing - Anciens Et Réunions

[PDF] Impact Pharmacien Mars 2010 - France

[PDF] Impact physiologique et pathologique du stress oxydant

[PDF] impact sonore

[PDF] Impact sur la pollution atmosphérique des - Air Rhône - France

[PDF] Impact sur la prairie à Posidonia oceanica de l`amarrage des

[PDF] Impact sur les parents de la paralysie cérébrale chez l`enfant : revue

[PDF] Impact sur l`entomofaune des pièges à Frelon asiatique

[PDF] IMPACT SUR STRUCTURE BETON Calcul de perforation de dalle

[PDF] IMPACTAIR : recherche action visant à améliorer la qualité de l`air

[PDF] Impacts de la formation rémunérée sur le montant du RSA et sur la