Chemical Characterisation and in Vitro<i> </i>Gas Production Kinetics of Eight Faba Bean Varieties
2020
Alessandra Pelagalli | Nadia Musco | Nikita Trotta | Monica I. Cutrignelli | Antonio Di Francia | Federico Infascelli | Raffaella Tudisco | Pietro Lombardi | Alessandro Vastolo | Serena Calabrò
<b> </b>Faba bean is an important vegetable protein source for ruminant diets. This research aimed to compare the nutritional characteristics of four commercial and four local cultivars in order to better characterise the local ones and promote their use in animal nutrition. The seeds’ weight and the chemical composition, including starch and the energy, was evaluated. The in vitro fermentation characteristics were studied for 48 h using bull’s rumen fluid as inoculum. All the varieties showed the values’ weight corresponding to the specific botanical typology. The varieties significantly differed for protein, starch and lignin (<i>p</i><i> </i>< 0.01) and structural carbohydrates (<i>p</i><i> </i>< 0.05) concentration. No significant differences were observed for energy content. All the in vitro fermentation parameters resulted significantly different among the varieties. Organic matter degradability ranged between 89.9% and 85.1% and the potential gas production from 367 to 325 mL/g. The Pearson’s analysis showed significant correlation between morphological characteristics, chemical data and in vitro fermentation parameters. In conclusion, this investigation confirms the possibility of using local faba bean varieties (i.e., Aquino, Castrocielo, 13#5, 4#4)<i> </i>in ruminant nutrition with the advantage that, being local natural resources, they are better adapted to the climate and agronomic conditions and limit environmental impact.
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