Distillers feeds and feed fractions of barley in the diets of laying hens

Two experiments using 551 and 537 LSK-61 WL laying hens in the tests were conducted to evaluate hen performance and egg quality when graded levels of barley or wheat distillers feeds (BDDGS, WDDGS) from conventional process and barley protein and fibre (BP, BF) from integrated starch-ethanol product...

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Main Author: Matti Näsi
Format: Article
Language:English
Published: Scientific Agricultural Society of Finland 1990-12-01
Series:Agricultural and Food Science
Online Access:https://journal.fi/afs/article/view/72916
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spelling doaj-f8e4fed5fe724edf9318faae99bc9f812020-11-24T22:37:54ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18951990-12-01625Distillers feeds and feed fractions of barley in the diets of laying hensMatti Näsi0University of Helsinki, Department of Animal Husbandry, 00710 Helsinki, FinlandTwo experiments using 551 and 537 LSK-61 WL laying hens in the tests were conducted to evaluate hen performance and egg quality when graded levels of barley or wheat distillers feeds (BDDGS, WDDGS) from conventional process and barley protein and fibre (BP, BF) from integrated starch-ethanol production were incorporated into the diets. In the first exp. hens were fed diets containing 200 g/kg diet of WDDGS or 100 or 200 g BDDGS either with or without cellulase addition, respectively. In the second trial hens were fed diets with 50 or 100g BP as protein supplement or 100 or 200g/kg diet BF with or without multienzyme (Avizyme) addition. Each diet with similar contents of ME, CP, lysine and S-amino acids was fed to hens from 34 to 58 wk of age following 4-wk pretreatment and 2-wk transition periods. There were only small dietary effects and no significant differences in performance due to treatment in either trial. The production level was rather high; on average the laying rate was 82.3 and 84.5 %, feed intake 119 g and 118 g/d and FCR 2.42 and 2.37 kg feed/kg eggs in exp. 1 and 2, respectively, indicating no adverse effects of the supplements used. A linear decrease (P < 0.01) in egg weight and yolk colour intensity (P https://journal.fi/afs/article/view/72916
collection DOAJ
language English
format Article
sources DOAJ
author Matti Näsi
spellingShingle Matti Näsi
Distillers feeds and feed fractions of barley in the diets of laying hens
Agricultural and Food Science
author_facet Matti Näsi
author_sort Matti Näsi
title Distillers feeds and feed fractions of barley in the diets of laying hens
title_short Distillers feeds and feed fractions of barley in the diets of laying hens
title_full Distillers feeds and feed fractions of barley in the diets of laying hens
title_fullStr Distillers feeds and feed fractions of barley in the diets of laying hens
title_full_unstemmed Distillers feeds and feed fractions of barley in the diets of laying hens
title_sort distillers feeds and feed fractions of barley in the diets of laying hens
publisher Scientific Agricultural Society of Finland
series Agricultural and Food Science
issn 1459-6067
1795-1895
publishDate 1990-12-01
description Two experiments using 551 and 537 LSK-61 WL laying hens in the tests were conducted to evaluate hen performance and egg quality when graded levels of barley or wheat distillers feeds (BDDGS, WDDGS) from conventional process and barley protein and fibre (BP, BF) from integrated starch-ethanol production were incorporated into the diets. In the first exp. hens were fed diets containing 200 g/kg diet of WDDGS or 100 or 200 g BDDGS either with or without cellulase addition, respectively. In the second trial hens were fed diets with 50 or 100g BP as protein supplement or 100 or 200g/kg diet BF with or without multienzyme (Avizyme) addition. Each diet with similar contents of ME, CP, lysine and S-amino acids was fed to hens from 34 to 58 wk of age following 4-wk pretreatment and 2-wk transition periods. There were only small dietary effects and no significant differences in performance due to treatment in either trial. The production level was rather high; on average the laying rate was 82.3 and 84.5 %, feed intake 119 g and 118 g/d and FCR 2.42 and 2.37 kg feed/kg eggs in exp. 1 and 2, respectively, indicating no adverse effects of the supplements used. A linear decrease (P < 0.01) in egg weight and yolk colour intensity (P
url https://journal.fi/afs/article/view/72916
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