Mahmoodtabar, Aref, Shariatmadari, Farid, Karimi Torshizi, Mohammad Amir, Ahmadi, Hamed (2024). Evaluating raw and heat-treated hempseed (Cannabis sativa L) with enzyme supplementation for broiler chicken on growth, digestibility, morphometric and gut microbiota. , (), -.
Aref Mahmoodtabar; Farid Shariatmadari; Mohammad Amir Karimi Torshizi; Hamed Ahmadi. "Evaluating raw and heat-treated hempseed (Cannabis sativa L) with enzyme supplementation for broiler chicken on growth, digestibility, morphometric and gut microbiota". , , , 2024, -.
Mahmoodtabar, Aref, Shariatmadari, Farid, Karimi Torshizi, Mohammad Amir, Ahmadi, Hamed (2024). 'Evaluating raw and heat-treated hempseed (Cannabis sativa L) with enzyme supplementation for broiler chicken on growth, digestibility, morphometric and gut microbiota', , (), pp. -.
Mahmoodtabar, Aref, Shariatmadari, Farid, Karimi Torshizi, Mohammad Amir, Ahmadi, Hamed Evaluating raw and heat-treated hempseed (Cannabis sativa L) with enzyme supplementation for broiler chicken on growth, digestibility, morphometric and gut microbiota. , 2024; (): -.

Evaluating raw and heat-treated hempseed (Cannabis sativa L) with enzyme supplementation for broiler chicken on growth, digestibility, morphometric and gut microbiota

Journal of Agricultural Science and Technology
Articles in Press, Accepted Manuscript, Available Online from 01 January 2024    PDF (288.46 K)
Document Type: Original Research
Authors
Aref Mahmoodtabar1; Farid Shariatmadari* 1; Mohammad Amir Karimi Torshizi1; Hamed Ahmadi2
1Tarbiat Modares University
2University of Hohenheim
Abstract
A total of 480 seven-day-old male Arian broiler chickens were divided into five treatment groups with six replicates each. The treatments were offered to the birds for three weeks (days 7 to 28) and included a control group, 10% raw hempseed (Cannabis sativa L) supplementation (RH), 10% RH with enzyme addition (RHE), 10% heat-treated hempseed (HH) in the diet, and 10% HH with enzyme supplementation (HHE). A completely randomized design with a 2 × 2 factorial arrangement (raw vs. heat-treated hempseed and with vs. without enzyme supplementation), plus a control group, was used. While dietary treatments (hemp supplementation) significantly increased body weight and feed intake, the heat processing decreased weight gain. Hemp supplementation significantly lowered Coliform and increased Lactobacillus content in the ileum, while processing increased Lactobacillus and enzyme addition decreased E Coli (P < 0.05). Digestibility parameters were positively affected by enzyme addition (P < 0.05) but protein digestibility was reduced by heating. There were no significant interaction effects (enzyme x supplementation and heat treatment) except for the Total Aerobes count of intestinal micro flora (P < 0.05). In conclusion, hempseed addition in the diet of broiler chickens during 7-28 days of age improved broiler performance and enzyme supplementation improved microbiology and more profoundly digestibility parameters.
Keywords
Hempseed; heated hempseed; Enzyme; Broiler
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