Modulation of broilers’ productivity and blood biochemical parameters by Citruselements dietary supplementation

Authors

  • Assia Boumezrag
  • Baghdad Khiati
  • Rachida Benaraba
  • Laid Boukraa
  • Si Mohamed Hammoudi
  • Pierre Chicoteau
  • Mohammed El Amine Benarbia

Keywords:

Citrus, avilamycin, carcass yield, biochemical components

Abstract

The present study was conducted to evaluate the effects of a commercial lemon extract (Nor-  Spice AB), dried sweet orange peel, dried lemon peel and avilamycin on broilers’ live weight  and carcass traits, and to investigate their effects on some blood biochemical parameters and  intestinal morphometry.  A total number of 650 one day-old unsexed Arbor Acres broiler chicks were randomly assigned  to 5 floor pens with 130 each and subjected to one of five different experimental diets: non  supplemented basal diet (control), basal diet with 100 mg/kg of avilamycin, basal diet with  250 mg/kg of a commercial lemon extract (Nor-Spice AB), basal diet with 250 mg/kg of  dried sweet orange peel and basal diet with 250 mg/kg of dried lemon peel. The commercialbased  feed additive improved significantly (P <0.01) the live weight and carcass yield of  broilers. Plasma glucose was very significantly (P<0.0001) decreased in all supplemented  groups, whereas plasma cholesterol was significantly (P <0.05) increased in the group fed  on avilamycin. Both lemon extract and lemon peel induced a significant increase in plasma  triglycerides. Only avilamycin induced a significant decrease in the intestinal length.   

Downloads

Published

30-11-2020

How to Cite

Boumezrag, A. ., Khiati, B. ., Benaraba, R. ., Boukraa, L. ., Hammoudi, S. M. ., Chicoteau, P. ., & Benarbia, M. E. A. . (2020). Modulation of broilers’ productivity and blood biochemical parameters by Citruselements dietary supplementation. VETERINARIA, 67(3). Retrieved from https://veterinaria.unsa.ba/journal/index.php/vfs/article/view/280

Issue

Section

Research Article (peer review)

Most read articles by the same author(s)