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Microsatellite genetic differentiation analysis and organic matrix of eggshell in the 16th generation of chickens selected for egg production traits [electronic resource].

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Radwan, Lamiaa M

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Language: English Summary language: Arabic Description: p.41-47Other title:

تحليل الاختلافات الوراثية لواسمات الميكروساتيللايت والتركيب العضوى لقشرة البيض في دجاج منتخب 16 جيل لانتاج البيض [Added title page title]

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Egyptian journal of animal production, 2014 v. 51 (1) [electronic resource].

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In: Egyptian journal of animal production 2014.v.51(1)Summary: Two lines of Alexandria chicken (selected Ll and control L2) were characterized for their genetic diversity and identified population priorities for egg traits. Eight microsatellite markers linked to QTLs associated with the studied egg traits were used. The selected Alexandria line L1 showed higher frequency, than the control lineL2, of loci associated with MCW241 and MCW0145 markers that might be associated with body weight (BW), age at first egg (AFE) and Shell thickness at 53 weeks of age (ST53) traits. Meanwhile the tested markers, ADL188, MCW 246 and MCWOJ70 that are associated to Haugh units (Hu), egg shell strength (ESS) and albumin weight at 33 weeks of age (A W33), didn't show frequency differences between the control and the selected lines. No significant variation was observed between the selected lines and the control line in eggshell soluble protein. In conclusion, our current study indicates that, selection for early age of sexual maturity; the body weight, and shell thickness were improved.

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Two lines of Alexandria chicken (selected Ll and control L2) were characterized for their genetic diversity and identified population priorities for egg traits. Eight microsatellite markers linked to QTLs associated with the studied egg traits were used. The selected Alexandria line L1 showed higher frequency, than the control lineL2, of loci associated with MCW241 and MCW0145 markers that might be associated with body weight (BW), age at first egg (AFE) and Shell thickness at 53 weeks of age (ST53) traits. Meanwhile the tested markers, ADL188, MCW 246 and MCWOJ70 that are associated to Haugh units (Hu), egg shell strength (ESS) and albumin weight at 33 weeks of age (A W33), didn't show frequency differences between the control and the selected lines. No significant variation was observed between the selected lines and the control line in eggshell soluble protein. In conclusion, our current study indicates that, selection for early age of sexual maturity; the body weight, and shell thickness were improved.

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