992 resultados para Poultry industry
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Mode of access: Internet.
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"December 1998."
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"In cooperation with poultry leaders, poultry breeders, and members of the breeder and commercial hatchery industry."
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"Issued January 1938."
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"Issued January 1938."
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"In cooperation with poultry leaders, poultry breeders, and members of the breeder and commercial hatchery industry."
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"In cooperation with poultry leaders, poultry breeders, and members of the breeder and commercial hatchery industry."
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"In cooperation with poultry leaders, poultry breeders, and members of the breeder and commercial hatchery industry."
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"In cooperation with poultry leaders, poultry breeders, and members of the breeder and commercial hatchery industry."
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"Pou 3-1."
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"Pou 2-3."
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Estudi de la la problemàtica de la gestió de les dejeccions ramaderes presentada per una empresa dedicada a la integració avícola
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Desde que Estados Unidos y Colombia firmaron el Tratado de Libre Comercio se establecieron una serie de acuerdos respecto a diferentes sectores, como lo es el sector avícola. Con su entrada en vigencia se hizo efectiva la desgravación arancelaria y por ende la liberalización de este sector, lo cual pone a la avicultura colombiana y en especial a la avicultura del departamento de Cundinamarca en riesgo debido a los bajos niveles arancelarios que se tienen, así como el diferencial de precios de venta entre Colombia y Estados Unidos. Por tal razón el presente trabajo de grado tiene como objetivo principal analizar los efectos que se han dado por el incumplimiento de los compromisos arancelarios acordados en la negociación del tratado en el sector avícola de Cundinamarca, así como analizar las asimetrías existentes en el nivel de desarrollo económico y la competitividad sectorial.
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There is interest in the enrichment of poultry meat with long-chain n-3 polyunsaturated fatty acids in order to increase the consumption of these fatty acids by humans. However, there is concern that high levels of n-3 polyunsaturated fatty acids may have detrimental effects on immune function in chickens. The effect of feeding increasing levels of fish oil (FO) on immune function was investigated in broiler chickens. Three-week-old broilers were fed 1 of 4 wheat-soybean basal diets that contained 0, 30, 50, or 60 g/kg of FO until slaughter. At slaughter, samples of blood, bursa of Fabricius, spleen, and thymus were collected from each bird. A range of immune parameters, including immune tissue weight, immuno-phenotyping, phagocytosis, and cell proliferation, were assessed. The pattern of fatty acid incorporation reflected the fatty acid composition of the diet. The FO did not affect the weight of the spleen, but it did increase thymus weight when fed at 50 g/kg (P < 0.001). Fish oil also lowered bursal weights when fed at 50 or 60 g/kg (P < 0.001). There was no significant effect of FO on immune cell phenotypes in the spleen, thymus, bursa, or blood. Feeding 60 g/kg of FO significantly decreased the percentage of monocytes engaged in phagocytosis, but it increased their mean fluorescence intensity relative to that of broilers fed 50 g/kg of FO. Lymphocyte proliferation was significantly decreased after feeding broiler chickens diets rich in FO when expressed as division index or proliferation index, although there was no significant effect of FO on the percentage of divided cells. In conclusion, dietary n-3 polyunsaturated fatty acids decrease phagocytosis and lymphocyte proliferation in broiler chickens, highlighting the need for the poultry industry to consider the health status of poultry when poultry meat is being enriched with FO.
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The University of Reading has conducted some preliminary work on the prevalence of Campylobacter spp., Salmonella spp. and Arenavirus in Norway rats trapped from farms and semi-urban areas in central southern England. Campylobacter is the cause of a notificable disease in the UK, with 57,772 cases reported for England and Wales in 2009. Transmission to humans is believed to be primarily through undercooked meat, from contaminated water, and through contact with pets; and symptoms include a high temperature, severe diarrhoea, vomiting and abdominal pain. Ninety-seven per-cent of sporadic cases have been attributed to farm animals, and in particular the meat and poultry industry. There are eighteen species of Campylobacter, eleven of which can be pathogenic to humans; although the principal species that cause gastrointestinal disease in humans are C. jejuni and C. coli; although C. lari, C. helveticus and C. upsaliensis are also involved. Salmonella species also causes a gastrointestinal disease, and in the UK, is common in chicken and has been linked to egg production. Species are typed using antigen specific agglutination tests, or by their susceptibility to specific bacteriophage. Some strains are known to be linked with human disease (eg. S. enteritidis PT4).