Update on toxoplasmosis in poultry farming

The present paper is an attempt to portray the livelihood patterns of two marginalized communities such as Majhi and Kumal of Kumaltar village in the Arun valley, eastern Nepal. Data were collected from all 28 households of both communities. The findings show that agriculture and livestock now are the main occupations for their living. Prior to these, ferrying, fishing and pottering were their traditional occupations when they moved to Kumaltar in several years ago. As the production from agriculture and livestock is inadequate, other activities such as mobile trading of merchandise goods and local goods, pig and poultry farming, bamboo and ropes making, and local grains based country alcohol making have been adopted by them as alternative strategies for sustaining their livelihood. In addition, recently, the youths of these communities have migrated to different parts within the country, as well as in foreign countries for employment for better living in the village.The Geographical Journal of Nepal, Vol. 7, 2009: 7-14

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The use of poly additive Nabicat in the feeding of laying hens

Kormlenie sel'skohozjajstvennyh zhivotnyh i kormoproizvodstvo (Feeding of agricultural animals and feed production) ◽

10.33920/sel-05-2006-06 ◽

2020 ◽

pp. 44-55

Author(s):

S. Nikolaev ◽

L. Andreenko

Keyword(s):

Laying Hens ◽

Optimal Dose ◽

Control Group ◽

Nutrient Metabolism ◽

Volgograd Region ◽

Mineral Components ◽

Environmentally Safe ◽

Experimental Group ◽

Poultry Farming

In modern poultry farming the most urgent tasks are to search for and test new environmentally safe feed and economically justifi ed additives that stimulate productivity, positively aff ect the health of poultry, and consequently increase the livability of livestock and other important zootechnical traits. In order to maintain physiologically normal processes of life, metabolism and increase the level of productivity of poultry it needs mineral components and their chelated compounds. The purpose of this work was to increase the egg productivity of poultry by using the silicon-containing poly additive Nabicat in feeding young hens and laying hens. The researches have been carried out on the poultry cross Highsex Brown under the environments in CJSC “Poultry Farm “Volzhskaya” in the Sredneakhtubinsky area in the Volgograd region. In this paper, The optimal dose of the introduction of the silicon-containing poly additive Nabicat in the diets of young and laying hens of the cross Highsex Brown has been scientifi cally justifi ed and the biological value of using an organic form of silicon has been determined. The positive infl uence of the optimal dose of poly additive on growth, consumption, and digestibility, nutrient metabolism in the poultry body, as well as egg productivity and quality of the resulting egg has been revealed. Thus, the average egg productivity per 1 hen in the control group during the experiment period was 321,3 pcs., and in the 1st, 2nd and 3rd experimental groups it was 322,6 pcs., 325,8 and 325,7 pcs., which was higher than in the control group by 0,40 %, 1,40 and 1,37 %, respectively. The average egg weight in the 1st experimental group exceeded the control by 0,43 g or 0,68 %, in the 2nd experimental group by 1,16 g or 1,84 %, in the 3rd experimental group by 0,81 g or 1,28 %. The economic eff ectiveness of using the organic silicon additive in the composition of Nabicat poly additive in the feeding of laying hens has been proved. The economic eff ect due to the use of diff erent doses of the introduction of silicon-containing poly additive Nabicat in compound feed for laying hens of the 1st experimental group was 141,66 rubles, the 2nd experimental group 962,76 rubles, and the 3rd experimental group 821,89 rubles.

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