Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi

The present study aimed to investigate the relative performance of crossbreds generated through reciprocal mating of Fayoumi (FM) with Koekoek (KK), Sasso (SS), and White Leghorn (WL), and the purebred parents for growth and feed efficiency traits. Birds were weighed individually at hatch and every...

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Autores principales: Negash, Fikrineh, Abegaz, Solomon, Tadesse, Yosef, Jembere, Temesgen, Esatu, Wondmeneh, Dessie, Tadelle
Formato: Preprint
Lenguaje:Inglés
Publicado: SSRN 2022
Materias:
Acceso en línea:https://hdl.handle.net/10568/127658
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author Negash, Fikrineh
Abegaz, Solomon
Tadesse, Yosef
Jembere, Temesgen
Esatu, Wondmeneh
Dessie, Tadelle
author_browse Abegaz, Solomon
Dessie, Tadelle
Esatu, Wondmeneh
Jembere, Temesgen
Negash, Fikrineh
Tadesse, Yosef
author_facet Negash, Fikrineh
Abegaz, Solomon
Tadesse, Yosef
Jembere, Temesgen
Esatu, Wondmeneh
Dessie, Tadelle
author_sort Negash, Fikrineh
collection Repository of Agricultural Research Outputs (CGSpace)
description The present study aimed to investigate the relative performance of crossbreds generated through reciprocal mating of Fayoumi (FM) with Koekoek (KK), Sasso (SS), and White Leghorn (WL), and the purebred parents for growth and feed efficiency traits. Birds were weighed individually at hatch and every four weeks to 20 weeks to determine body weight (BW) and body weight gain (BWG). Feed intake for each genetic group was used to estimate feed conversion ratio (FCR). Results revealed that significant differences (p < 0.001) existed among the genotypes in BW, BWG, and FCR. For these genotypes, SS outperformed all other genotypes throughout the study period. Reciprocal crosses of FM and SS performed better than the remaining seven genotypes, with KK and reciprocal crosses of KK and FM showing intermediate performance, while FM and WL and reciprocal crosses involving them performed least. Mating FM males with SS, KK, and WL produce crossbreds that outperformed their reciprocal crosses, suggesting that FM has a higher combining ability. Thus, females of these genotypes could be crossed with the third breed to generate crossbreds having higher feed efficiency and growth rates. The results also revealed that crossbreds had higher performance than FM and sometimes their other exotic parents. In most instances, reciprocal crosses of FM with KK and WL outperformed both of their parents in the growth and feed efficiency traits. Therefore, these genotypes could be used in any crossbreeding system to exploit the heterotic effects that existed in them, thereby improving the growth and feed efficiency traits.
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spelling CGSpace1276582025-06-17T08:23:29Z Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi Negash, Fikrineh Abegaz, Solomon Tadesse, Yosef Jembere, Temesgen Esatu, Wondmeneh Dessie, Tadelle chickens crossbreds evaluation genotypes The present study aimed to investigate the relative performance of crossbreds generated through reciprocal mating of Fayoumi (FM) with Koekoek (KK), Sasso (SS), and White Leghorn (WL), and the purebred parents for growth and feed efficiency traits. Birds were weighed individually at hatch and every four weeks to 20 weeks to determine body weight (BW) and body weight gain (BWG). Feed intake for each genetic group was used to estimate feed conversion ratio (FCR). Results revealed that significant differences (p < 0.001) existed among the genotypes in BW, BWG, and FCR. For these genotypes, SS outperformed all other genotypes throughout the study period. Reciprocal crosses of FM and SS performed better than the remaining seven genotypes, with KK and reciprocal crosses of KK and FM showing intermediate performance, while FM and WL and reciprocal crosses involving them performed least. Mating FM males with SS, KK, and WL produce crossbreds that outperformed their reciprocal crosses, suggesting that FM has a higher combining ability. Thus, females of these genotypes could be crossed with the third breed to generate crossbreds having higher feed efficiency and growth rates. The results also revealed that crossbreds had higher performance than FM and sometimes their other exotic parents. In most instances, reciprocal crosses of FM with KK and WL outperformed both of their parents in the growth and feed efficiency traits. Therefore, these genotypes could be used in any crossbreeding system to exploit the heterotic effects that existed in them, thereby improving the growth and feed efficiency traits. 2022-04-20 2023-01-20T09:20:39Z 2023-01-20T09:20:39Z Preprint https://hdl.handle.net/10568/127658 en Open Access SSRN Negash, Fikrineh and Abegaz, Solomon and T., Yosef and J., Temesgen and Esatu, Wondmeneh and Dessie, Tadelle, Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi. Available at SSRN: https://ssrn.com/abstract=4087980 or https://doi.org/10.2139/ssrn.4087980
spellingShingle chickens
crossbreds
evaluation
genotypes
Negash, Fikrineh
Abegaz, Solomon
Tadesse, Yosef
Jembere, Temesgen
Esatu, Wondmeneh
Dessie, Tadelle
Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title_full Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title_fullStr Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title_full_unstemmed Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title_short Evaluation of Growth Performance and Feed Efficiency in Exotic Chicken Breed Crosses Involving Fayoumi
title_sort evaluation of growth performance and feed efficiency in exotic chicken breed crosses involving fayoumi
topic chickens
crossbreds
evaluation
genotypes
url https://hdl.handle.net/10568/127658
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