ISSN 2285-5750, ISSN CD-ROM 2285-5769, ISSN-L 2285-5750, ISSN Online: 2393 – 2260
 

PALM SUGAR (Arenga pinata) IMPLEMENTATION AS BIOSECURITY PRE-TRANSPORTATION SYSTEM ON BLOOD GLUCOSE AND GLYCOGEN ON BROILER

Published in Scientific Papers. Series D. Animal Science., Vol. LVI
Written by Fredy J. NANGOY, S. DARANA, L. ADRIANI, T. WIDJASTUTI, P. EDIANINGSIH, H.A.W. LENGKEY

Transport of broiler chicken pen to the slaughterhouse can lead to stress. Transportation stress substantially unavoidable, but it does not mean that the negative effects of stress can not be reduced. Efforts to suppress the detrimental effects of stress alternative transportation one can do with management prior to transportation, through provision of drinking water containing palm sugar (Arenga pinata). The objective of the study is to obtained the implementation and delivery of palm sugar pre-transportation to maintain the stability of broilers performance. The study was conducted on thirty five days in the Sumedang, West Java Indonesia. The transportation routes are held from the village carried Bentar Cibitung - Cipadung - Nagrag or 2 hours, Village Bentar Cibitung - Cipadung - Nagrag - Cipadung - Tanjungkarta - Cipadung - Nagrag or 3 hours, Village Bentar Cibitung - Cipadung - Nagrag - Cipadung - Nagrag - Congeang - Nagrag or 4 hours. Each car transport speed 50-60 km/hour. Research carried out by using the method of factorial experimental design Completely Randomized Experiment 3 x 3 x 3, Statistical tests performed to the influence of variance and differences between treatments were examined using different test real honest. A factor is the transportation of animal with three replications, namely A1 is a 2 hour transportation, A2 is a 3 hour transportation, A3 is a 4 hour transportation ; anti stress factor B with three replications, namely B1 is palm sugar 2%, B2 is palm sugar 3%, B3 palm sugar 4%. The study found that by implementation of palm sugar in different rations and drinking water makes a decreased of blood glucose ranges from 4.72 up to 8.75 mg/dL, glycogen ranges from 120.27 up to 130.34 mg/g.

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© 2019 SCIENTIFIC PAPERS. SERIES D. ANIMAL SCIENCE. To be cited: SCIENTIFIC PAPERS. SERIES D. ANIMAL SCIENCE.

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