Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter

The objective of the present study was to compare the eggshell characteristics and cuticle deposition of Lohmann Brown, Hy-Line Silver Brown, and Isa Brown layers kept in two different housing systems. The three laying hen genotypes were housed in enriched cages (100 hens, 750 cm2/hen, 10 hens/cage)...

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Main Authors: Mohamed Ketta, Eva Tumova
Format: Article
Language:English
Published: Czech Academy of Agricultural Sciences 2018-01-01
Series:Czech Journal of Animal Science
Subjects:
Online Access:https://cjas.agriculturejournals.cz/artkey/cjs-201801-0002_eggshell-characteristics-and-cuticle-deposition-in-three-laying-hen-genotypes-housed-in-enriched-cages-and-on-l.php
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author Mohamed Ketta
Eva Tumova
author_facet Mohamed Ketta
Eva Tumova
author_sort Mohamed Ketta
collection DOAJ
description The objective of the present study was to compare the eggshell characteristics and cuticle deposition of Lohmann Brown, Hy-Line Silver Brown, and Isa Brown layers kept in two different housing systems. The three laying hen genotypes were housed in enriched cages (100 hens, 750 cm2/hen, 10 hens/cage) and in littered pens (100 hens, 9 hens/m2, 10 hens/pen). The experiment was carried out in weeks 40-56 of hens age. Non-significant interactions of genotype and housing system for eggshell quality parameters and cuticle deposition were detected in this study. Egg weight was significantly affected by genotype (P ≤ 0.001) and housing system (P ≤ 0.043). The heaviest eggs were laid by Lohmann Brown, while the lightest eggs were produced by Hy-Line Silver Brown. Eggshell strength was not affected by genotype and housing system, however, genotype had a significant effect on eggshell thickness (P ≤ 0.033). Isa Brown eggs had thicker eggshells compared to Lohmann Brown and Hy-Line Silver Brown. However, a non-significant effect of housing system on eggshell thickness was observed. Eggshell percentage was significantly affected by both genotype and housing system. Genotype of laying hens had a significant effect on cuticle deposition; significantly higher cuticle deposition was observed in Lohmann Brown eggs (P ≤ 0.001). It could be concluded that genotype had a significant effect on eggshell quality parameters and cuticle deposition. However, the housing system effect was less important in these characteristics.
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spelling doaj.art-8c3fdb4d50d64738b87b88028201935a2023-02-23T03:33:35ZengCzech Academy of Agricultural SciencesCzech Journal of Animal Science1212-18191805-93092018-01-01631111610.17221/75/2017-CJAScjs-201801-0002Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litterMohamed KettaEva Tumova0Department of Animal Husbandry, Faculty of Agrobiology, Food and Natural Resources, Czech University of Life Sciences Prague, Prague, Czech RepublicThe objective of the present study was to compare the eggshell characteristics and cuticle deposition of Lohmann Brown, Hy-Line Silver Brown, and Isa Brown layers kept in two different housing systems. The three laying hen genotypes were housed in enriched cages (100 hens, 750 cm2/hen, 10 hens/cage) and in littered pens (100 hens, 9 hens/m2, 10 hens/pen). The experiment was carried out in weeks 40-56 of hens age. Non-significant interactions of genotype and housing system for eggshell quality parameters and cuticle deposition were detected in this study. Egg weight was significantly affected by genotype (P ≤ 0.001) and housing system (P ≤ 0.043). The heaviest eggs were laid by Lohmann Brown, while the lightest eggs were produced by Hy-Line Silver Brown. Eggshell strength was not affected by genotype and housing system, however, genotype had a significant effect on eggshell thickness (P ≤ 0.033). Isa Brown eggs had thicker eggshells compared to Lohmann Brown and Hy-Line Silver Brown. However, a non-significant effect of housing system on eggshell thickness was observed. Eggshell percentage was significantly affected by both genotype and housing system. Genotype of laying hens had a significant effect on cuticle deposition; significantly higher cuticle deposition was observed in Lohmann Brown eggs (P ≤ 0.001). It could be concluded that genotype had a significant effect on eggshell quality parameters and cuticle deposition. However, the housing system effect was less important in these characteristics.https://cjas.agriculturejournals.cz/artkey/cjs-201801-0002_eggshell-characteristics-and-cuticle-deposition-in-three-laying-hen-genotypes-housed-in-enriched-cages-and-on-l.phpeggshell qualitycuticle qualitygenotypehousing system
spellingShingle Mohamed Ketta
Eva Tumova
Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
Czech Journal of Animal Science
eggshell quality
cuticle quality
genotype
housing system
title Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
title_full Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
title_fullStr Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
title_full_unstemmed Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
title_short Eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
title_sort eggshell characteristics and cuticle deposition in three laying hen genotypes housed in enriched cages and on litter
topic eggshell quality
cuticle quality
genotype
housing system
url https://cjas.agriculturejournals.cz/artkey/cjs-201801-0002_eggshell-characteristics-and-cuticle-deposition-in-three-laying-hen-genotypes-housed-in-enriched-cages-and-on-l.php
work_keys_str_mv AT mohamedketta eggshellcharacteristicsandcuticledepositioninthreelayinghengenotypeshousedinenrichedcagesandonlitter
AT evatumova eggshellcharacteristicsandcuticledepositioninthreelayinghengenotypeshousedinenrichedcagesandonlitter