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1.
Rev. MVZ Córdoba ; 26(2): 14-21, mayo-ago. 2021. tab
Article in Spanish | LILACS | ID: biblio-1347069

ABSTRACT

RESUMEN Objetivo. Estudiar la calidad de la canal y la carne en pollos de ceba que consumen harina de frutos de Roystonea regia (palmiche). Materiales y métodos. Se utilizaron 40 pollos de ceba distribuidos según diseño completamente aleatorizado en cuatro tratamientos: control (maíz-pasta de soya) y la inclusión de 5, 10 y 15% de harina de palmiche. Se estudió el rendimiento de la canal, grasa abdominal y la calidad de la carne (tecnológicos y composición de ácidos grasos). Para los parámetros de apariencia se realizó análisis de varianza no paramétrico de clasificación simple. Resultados. No se encontraron diferencias entre tratamientos para el peso de la canal y pH a los 45 minutos y 24 horas postmortem. Hubo reducción de la grasa abdominal con 5 y 15 % respecto al control (13.00 y 11.96 vs 17.02 g/kg), en tanto que el 10% no difirió del resto (15.10 g/kg) (p<0.01). No se encontraron diferencias en el color, excepto para la luminosidad en el muslo que fue superior con la inclusión de 10 y 15% (48.62 y 49.22) respecto al 5% (45.32) y el control no difirió entre tratamientos (47.53) (p<0.05). La composición de ácidos grasos en las diferentes porciones comestibles mostró que las aves depositaron los ácidos oleico, linoleico y palmítico en mayor concentración. Conclusiones. La inclusión hasta el 15 % de harina de palmiche a las dietas de pollos de ceba no modifica el rendimiento de la canal, reduce la grasa abdominal e incide positivamente en los indicadores de calidad de la carne.


ABSTRACT Objective. To study meat and carcass quality in broilers fed Roystonea regia (royal palm nut) fruits meals. Materials and methods. A total of 40 broilers distributed according to a completely randomized design were used in four treatments: control (corn-soybean paste) and the inclusion of 5, 10 and 15 % royal palm nut meal. The carcass yield, abdominal fat and meat quality (technological and fatty acid composition (FA)) were studied. For the appearance parameters, a non-parametric analysis of simple classification was performed. Results. There were no differences between treatments for carcass weight and pH at 45 minutes and 24 hours postmortem. There was a reduction in abdominal fat by 5 and 15 % compared to the control (13.00 and 11.96 vs. 17.02 g / kg), while 10 % did not differ from the rest (15.10 g/kg) (p<0.01). There were no differences in color, except for the luminosity in the drumstick that was superior with the inclusion of 10 and 15 % (48.62 and 49.22) with respect to 5 % (45.32) and the control did not differ between treatments (47.53) (p<0.05). The composition of FA in the different edible portions showed that the broilers deposited oleic, linoleic and palmitic acids in higher proportions. Conclusions. The inclusion of royal palm nut meal in broiler diets does not change the carcass yield, reduces abdominal fat and positively affects meat quality indicators.


Subject(s)
Animals , Chickens , Fatty Acids , Meat , Birds , Elaeis guineensis
2.
Journal of the Korean Dietetic Association ; : 408-430, 2017.
Article in Korean | WPRIM | ID: wpr-189754

ABSTRACT

The purpose of this study was performed to investigate dietary and lifestyle habits, dietary behaviors, and food frequency according to the level of smartphone addiction among 408 university students in Kyungnam province. Statistical analyses were performed using the SPSS software package. Based on using the Smartphone Addiction Poneness Scale, 28.4% were potential-risk smartphone users and while 13.2% were high-risk smartphone users. The levels of depression (P<0.05) and stress (P<0.05) and frequency of snacks (P<0.01) were higher in high-risk and potential-risk groups than in the normal group, and meal frequency was highest in the high-risk group (P<0.01). Percentages of using a smartphone at meal time (P<0.01) and snacking while using a smartphone (P<0.01) were higher in potential-risk and high-risk groups than in the normal group. Percentages of skipping meals (P<0.001) and slow eating speed (P<0.01) due to using a smartphone were higher in high-risk and potential-risk groups than in the normal group, and percentages of taste change (P<0.05) were higher in the high-risk group than in the potential-risk and normal groups. Percentages of exercise reduction (P<0.01), body weight increase (P<0.05), sleep disturbance (P<0.001), and increase in stress (P<0.01) due to using a smartphone were higher in the high-risk group than in the normal group. Scores of dietary behaviors avoiding salty food (P<0.01) and excessive drinking (P<0.001) were higher in the high-risk group than in the normal group. Scores for frequency of oil or nuts (P<0.05) and fatty meats (P<0.01) were highest in the high-risk group. Our results suggest that effective nutrition education programs are needed to solve unhealthy dietary and lifestyle habits from high-risk smartphone users in university students.


Subject(s)
Humans , Body Weight , Depression , Drinking , Eating , Education , Feeding Behavior , Life Style , Meals , Meat , Nuts , Smartphone , Snacks
3.
Rev. bras. ciênc. vet ; 23(1-2): 1-2, jan./jun. 2016.
Article in Portuguese | LILACS-Express | LILACS, VETINDEX | ID: biblio-1491604

ABSTRACT

O objetivo do presente trabalho foi estabelecer uma metodologia para abate de girinos, com foco na obtenção de filés de cauda para a produção de alimentos e da parte não comestível para a fabricação de farinha animal. As operações de abate foram realizadas em planta industrial sob inspeção sanitária oficial. Um total de 1.600 girinos pesando 13,55±6,67g foram submetidos a um jejum de 24 horas e em seguida coletados e transportados até a planta industrial, onde foram transferidos para caixas plásticas para depuração. As etapas tecnológicas de abate foram pré-insensibilização, lavagem, inspeção, decapitação e corte de cauda, produção dos filés de cauda, lavagem, embalagem da cauda e da parte não comestível, selagem, pré-resfriamento, congelamento rápido, estocagem e distribuição. O rendimento da parte não comestível foi de 73,49±5,51% em relação ao peso total, enquanto que o rendimento dos filés de cauda representou 26,51±5,51% do peso total. O método desenvolvido mostrou-se eficaz para a obtenção dos produtos propostos, com bom rendimento percentual para ambas matrizes obtidas.

4.
Rev. bras. ciênc. vet ; 23(1-2): 104-108, jan./jun. 2016. il.
Article in Portuguese | LILACS | ID: biblio-996067

ABSTRACT

O objetivo do presente trabalho foi estabelecer uma metodologia para abate de girinos, com foco na obtenção de filés de cauda para a produção de alimentos e da parte não comestível para a fabricação de farinha animal. As operações de abate foram realizadas em planta industrial sob inspeção sanitária oficial. Um total de 1.600 girinos pesando 13,55±6,67g foram submetidos a um jejum de 24 horas e em seguida coletados e transportados até a planta industrial, onde foram transferidos para caixas plásticas para depuração. As etapas tecnológicas de abate foram pré-insensibilização, lavagem, inspeção, decapitação e corte de cauda, produção dos filés de cauda, lavagem, embalagem da cauda e da parte não comestível, selagem, pré-resfriamento, congelamento rápido, estocagem e distribuição. O rendimento da parte não comestível foi de 73,49±5,51% em relação ao peso total, enquanto o rendimento dos filés de cauda representou 26,51±5,51% do peso total. O método desenvolvido mostrou-se eficaz para a obtenção dos produtos propostos, com bom rendimento porcentual para ambas matrizes obtidas.


The aim of this study was to establish a methodology for slaughter tadpoles, focusing on obtaining tail fillets for the production of food and non-edible parts for the manufacture of animal feed. Slaughter operations were performed in an industrial plant under official sanitary inspection. A total of 1,600 tadpoles weighting 13.55±6.67g were subjected to fasting for 24 hours and then collected and transported to the industrial plant, where they were transferred to plastic boxes for depuration. Slaughter technology steps were pre-stunning, cleaning, inspection, decapitation and tail cutting, production of tail fillets, cleaning, non-edible part and tail packaging, sealing, precooling, quick freezing, cold storage and distribution. The yield of non-edible part was 73.49 ± 5.51% relative to the total weight, while the yield of fillets tail represented 26.51 ± 5.51% of the total weight. The developed method was effective for obtaining the proposed products with good yield percentage for both.


Subject(s)
Animals , Larva
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