Pleurotus ostreatus and P. pulmonarius for 21 days as a means of improving their nutritive value for ruminant animals. The substrates obtained after biodegradation were analyzed for the chemical composition, mineral content and in vitro fermentation. The results of the chemical composition showed an increase in the crude protein from 3.89% (control) to 10.11% for Pleurotus ostreatus treated maize cob (POC) and 7.46% for P. pulmonarius (PPC) treated maize cob. On the contrary, the crude fiber (CF) decreased significantly (
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
Crop residues are often referred to as ‘lignocellulosics’ as they are rich in cellulose which is bou...
Studies were conducted to evaluate maize cob cultured with white-rot fungi: Pleurotus ostreatus and ...
Maize husk is potential feed resources for ruminants if properly harnessed. Its uses is however limi...
Treatment of crop wastes with some species of white-rot fungi can enhance the nutritive value. After...
The low digestibility and low protein content of maize cob are major limitations to its use as anima...
The objective of this experiment was to determine the nutrients value and total gas production of dr...
Treatment of crop residues with some species of white-rot fungi can enhance the nutritive value. Aft...
AbstractPleurotus ostreatus and Saccharomyces cerevisiae were used in combined mixture to upgrade th...
The high content of lignin in cell walls is the major limiting factor in the digestion and utilisati...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
Fungi generally grow on carbon-rich organic substrates; a few others including Aspergillus niger are...
An experiment was conducted to evaluate changes in the chemical composition and in vitro digestibili...
Treatment of crop wastes with some species of white-rot fungi can enhance the nutritive value. After...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
Crop residues are often referred to as ‘lignocellulosics’ as they are rich in cellulose which is bou...
Studies were conducted to evaluate maize cob cultured with white-rot fungi: Pleurotus ostreatus and ...
Maize husk is potential feed resources for ruminants if properly harnessed. Its uses is however limi...
Treatment of crop wastes with some species of white-rot fungi can enhance the nutritive value. After...
The low digestibility and low protein content of maize cob are major limitations to its use as anima...
The objective of this experiment was to determine the nutrients value and total gas production of dr...
Treatment of crop residues with some species of white-rot fungi can enhance the nutritive value. Aft...
AbstractPleurotus ostreatus and Saccharomyces cerevisiae were used in combined mixture to upgrade th...
The high content of lignin in cell walls is the major limiting factor in the digestion and utilisati...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
Fungi generally grow on carbon-rich organic substrates; a few others including Aspergillus niger are...
An experiment was conducted to evaluate changes in the chemical composition and in vitro digestibili...
Treatment of crop wastes with some species of white-rot fungi can enhance the nutritive value. After...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
In an attempt to transform the agricultural waste products of maize cobs and shafts into useful prod...
Crop residues are often referred to as ‘lignocellulosics’ as they are rich in cellulose which is bou...