Chemical composition and in vitro digestibility of Sesbania sesban using gas production technique during various weeks of growth in ruminant nutrition

Chemical composition and in vitro digestibility of Sesbania sesban using gas production technique during various weeks of growth in ruminant nutrition

Authors

  • Seyed Mehdi Ghoreishi
  • Amir Mousaie
  • Akram Maleki
  • Nemat Ziaei
  • Mohammad Amin Nematollahi
  • Javad Taei Semiromi

Keywords:

Chemical composition Gas production technique In vitro digestibility Sesbania sesban Weeks of growth

Abstract

Introduction: Sesbania is a perennial legume that grows mostly in the tropics of Asia,
Africa and Australia. This plant tolerates different type of soils, especially saline soils. Due
to appropriate protein percentage and relatively low fiber, this plant can be used in ruminant
diets. This study was conducted to determine the chemical composition and digestibility of
sesbania (Sesbania sesban) using gas production technique and to evaluate the trend of
changes in these parameters from the third week to ninth week of growth.
Materials & Methods: The samples from whole plant, leaves and stems were collected
separately at third, fifth, seventh and ninth week of planting, to measure chemical
composition (dry matter, protein, ash, neutral detergent fiber and acid detergent fiber) and
also in vitro digestibility by gas production technique.
Results: The results of this experiment showed that the percentage of NDF and ADF
increased significantly with the growth in the whole plant, leaves and stems, so that in the
whole plant the amount of NDF increased from 35.66% in the third week to 46.08% in ninth
week, and ADF ranged from 22.90 in the third week to 35.43 in the ninth week. Protein
concentration decreased with aging in all parts of the plant. The amount of protein in the
ninth week of growth was approximately 17.38% and 21.01% in the whole plant and leaves,
respectively. With increasing plant age, along with increasing the concentration of
structural carbohydrates and protein reduction in all three samples (whole plant, leaves and
stems), the production of cumulative gas after 48 hours, total gas production, metabolisable
energy, short chain fatty acids and organic matter digestibility decreased.
Conclusion: The results of this study showed that according to the amount of dry matter
and other measured compounds, the most appropriate time to harvest this plant as a whole
plant is the seventh week of cultivation and the whole sesbania or its leaves can be a good
source of livestock fodder after about two months of cultivation.

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Published

2022-01-10

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