Impact of different artificial light intensities on some reproductive, productive performance aspects and blood picture of male quail

Maty, Hiyam N.; Alghazal, Suha M.; Hassan, Ashwaq A.

doi:10.33899/ijvs.2020.127774.1526

Cited by 5 publications

(5 citation statements)

References 32 publications

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“…The quantity (intensity) and quality (color) of light are two important aspects that influence poultry behavior and productivity (Elkomy et al, 2019). Also, Maty et al (2021) reported that the intensity of white light had a distinct effect on the study parameters, with 0.6 Lux harming the reproductive characteristics, the percentage of lymphocytes and heterophils and the stress index. However, 45 and 25 Lux had a good effect on Male quail component blood.…”

Section: Light Intensitymentioning

confidence: 99%

Impacts of Various Lighting Programs on Chicken Production and Behavior – A Review

Nissa,

Sheikh,

Altaie

et al. 2024

Annals of Animal Science

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Environmental changes have an impact on agriculture, especially the production of poultry. These changes have caused grave concerns that will negatively affect the health and productivity of chickens. We must consider illumination, density, and dietary aspects when determining the optimal environmental conditions for poultry rearing and output. Each of these variables influences the performance and behavior of birds uniquely. A crucial aspect of evaluating animal well-being is that it understands animal behavior. Artificial lighting has been widely investigated in poultry production over the last fifty years to enhance muscle gain and egg production while preserving an effective feed conversion ratio, bird health, and well-being. Yet, researchers and breeders still disagree over the ideal light quality and quantity, density, and feeding levels for poultry farming, particularly for chickens. This evaluation, therefore, covered the most up-to-date practical methods for enhancing illumination, density, and feeding-related aspects of poultry behavior, health, and production.

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Section: Light Intensitymentioning

confidence: 99%

Impacts of Various Lighting Programs on Chicken Production and Behavior – A Review

Nissa,

Sheikh,

Altaie

et al. 2024

Annals of Animal Science

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“…Chicks of the experiment were fed on a basal diet formulated according to the standard requirements of the broiler (9). The primary and final body weight, entire feed intake/birds, and food conversion ratio (FCR) were assessed weekly to find out any dissimilarities between groups of the experiment (10,11).…”

Section: Growth Performancementioning

confidence: 99%

Impact of sodium butyrate on stimulating of some host defense peptides and body performance in broiler vaccinated with different avian influenza (H9N2) vaccines

Ghanim¹,

Isihak²

2022

IJVS

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Our study is designated to determine the impact of SB in the induction HDPs, including AvBD-10 and CATH-B1, accompanied by two different inactivated H9N2 vaccines and their effect on body performance. One hundred fifty, day-old chicks were separated into five groups (30 chicks for each, three replicates): groups A and C were vaccinated with classical avian influenza H9N2 and developed H9N2P inactivated vaccines, respectively, but groups B and D were treated with sodium butyrate (SB) by a dosage of 1gm/liter of drinking water daily till the end of the trail, and these groups (B and D) received the same type of vaccines as they given to group A and C respectively, while group E is a control group. The results illustrated that SB improved the AvBD-10 level significantly in the treated group (B and D) at 14 days in comparison with groups A and E, but without significant with group C. Whereas at 35 days, this improvement occurred distinctly in treated groups B and D. The same improvement revealed with CATH-B1 at 35 days of experiments. Moreover, the supplementation of SB improved FCR in groups B and D at 35 days of the experiment, respectively, but no influence on WG between all groups at the same age. Thus, we concluded that supplemented SB enhanced innate immunity by stimulating the induction of AvBD-10 and CATH-B1. Also, these supplementations improved FCR but did not influence WG.

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“…Chicks in the experiment were fed on a basal diet that was formulated according to the standard requirements of broiler [18]. The weight gain was calculated weekly to find out any differences between groups of experiment [19].…”

Section: Average Weight Gain (Wg)mentioning

confidence: 99%

Influence of Sodium Butyrate on Provoke of Immune Response in Vaccinated Broilers With Avian Influenza (H9N2) Vaccines

Ghanim

isihak²

2022

Egyptian Journal of Veterinary Sciences

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T HIS study aimed to evaluate the impact of sodium butyrate (SB) on immune response of broiler vaccinated with 2 different inactivated H9N2 vaccines. 150 day-old chicks were divided into 5 groups (every 30 chicks): groups A and B were vaccinated with classical inactivated avian influenza H9N2 vaccine at 1 day-old/ S.C. Group A left without treatment but group B was treated with SB with a dosage of 1g/L of drinking water daily till end of trail. Whereas groups C and D were vaccinated with a developed inactivated avian influenza H9N2P vaccine at the same age S.C. Group C was left without treatment but group D was treated with SB as group B, finally, group E was control group. The results showed no significant effect of SB on level interferon γ in treated and/or vaccinated groups. Significant effect on Abs level with SB supplementation was detected at 14 days in group D in comparison with other groups, then at 35 days SB and or developed H9N2 vaccine revealed an elevation in Abs titer in group B, C, and D respectively by ELISA and HI tests. The significant difference occurred in RW of bursa with group B in comparison with group D and E at 21 and 28 days. Finally, group B showed a significant increase in weight gain at 35 days followed by group D in comparison with other groups. We concluded that supplemented SB at 1gm/ L has a positive impact on both humoral immunity and weight gain of broiler.

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Impact of different artificial light intensities on some reproductive, productive performance aspects and blood picture of male quail

Cited by 5 publications

References 32 publications

Impacts of Various Lighting Programs on Chicken Production and Behavior – A Review

Impacts of Various Lighting Programs on Chicken Production and Behavior – A Review

Impact of sodium butyrate on stimulating of some host defense peptides and body performance in broiler vaccinated with different avian influenza (H9N2) vaccines

Influence of Sodium Butyrate on Provoke of Immune Response in Vaccinated Broilers With Avian Influenza (H9N2) Vaccines

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