The content of
holocellulose obtained is the total amount of cellulose, partial hemicellulose, and lignin retained in the whole part of the plant.
The amount of
holocellulose in the fibers corresponds to the sum of all the polysaccharides in the sample.
Eucalyptus Cl 1528, known as "super clone" according to Portal Florestal (2016) shows a genetic basis of Eucalyptus urophylla x Eucalyptus grandis with an annual mean increment of 50 [m.sup.-3] [ha.sup.-1] [year.sup.-1], basic wood density of 531 kg [m.sup.-3], total lignin content of 29.24%,
holocellulose content of 68.14%, gravimetric yield of 50.41% and mechanical strength of 80.82%.
The increase of relative lignin concentration limits the decomposition of
holocellulose (cellulose and hemicellulose) through the LI (Moorhead et al.
The total extractives and lignin content in natura were determined by TAPPI T264 and TAPPI T222 standards and the
holocellulose was determined by difference.
Peach palm sheaths are composed of 21.65% lignin, and 73.51%
holocellulose (hemicellulose and cellulose).
It was caused by not pure rice straw water and still, contains compounds such as lignin,
holocellulose which inhibits P(3HB) formation.
The extraction of
holocellulose was performed as described by Green (1963).
The structure of peach palm sheaths is comprised of 21.65 lignin and 73.51%
holocellulose (hemicellulose and cellulose).
The residue obtained after delignification is
holocellulose, which needs to be subsequently washed with distilled water and dried at 60[degrees]C overnight.
The regulation of
holocellulose degradation by the fungus T.
