ABSTRACT
23 Cassava (Manihot esculenta Crantz) is widely grown in sub-tropical and tropical
24 areas, producing roots as an energy source while the top biomass including leaves and
25 immature stems can be sun-dried and used as cassava hay. Cassava roots can be processed
26 as dried chip or pellet. It is rich in soluble carbohydrate (75 to 85%) but low in crude
27 protein (2 to 3%). Its energy value is comparable to corn meal but has a relatively higher
28 rate of rumen degradation. Higher levels of non-protein nitrogen especially urea (1 to 4%)
29 can be successfully incorporated in concentrates containing cassava chip as an energy
30 source. Cassava chip can also be processed with urea and other ingredients (tallow, sulfur,
31 raw banana meal, cassava hay, and soybean meal) to make products such as cassarea,
32 cassa-ban, and cassaya.
ABSTRACT23 Cassava (Manihot esculenta Crantz) is widely grown in sub-tropical and tropical24 areas, producing roots as an energy source while the top biomass including leaves and25 immature stems can be sun-dried and used as cassava hay. Cassava roots can be processed26 as dried chip or pellet. It is rich in soluble carbohydrate (75 to 85%) but low in crude27 protein (2 to 3%). Its energy value is comparable to corn meal but has a relatively higher28 rate of rumen degradation. Higher levels of non-protein nitrogen especially urea (1 to 4%)29 can be successfully incorporated in concentrates containing cassava chip as an energy30 source. Cassava chip can also be processed with urea and other ingredients (tallow, sulfur,31 raw banana meal, cassava hay, and soybean meal) to make products such as cassarea,32 cassa-ban, and cassaya.
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