首次将梭柄松苞菇栽培在以甘蔗渣和麸皮为底物的培养基中，分别得到了74.

For the first time, P. stalkii was cultivated on a medium with bagasse and bran as substrates, and a bioefficiency (BE) of 74.59% and a productivity (PR) of 1.49% were obtained. The mushroom obtained the highest laccase activity (49.70IUg-1) on the 35th day. In order to further improve the laccase activity and productivity of P. oleracea, the effects of aromatic compounds, copper ions and manganese ions on the laccase activity and productivity of P. pineapple were studied. All added compounds can increase the The laccase activity and productivity of P. pineapple, but the laccase activity produced by P. pineapple may have a critical value for its impact on the number of days and productivity required for cultivation, showing a restrictive correlation. The medium supplemented with manganese ions (2mM) can increase the laccase activity of the mushroom to 216.17IU g-1, and the medium supplemented with xylidine (0.8mM) makes the laccase of the mushroom The BE and PR reached 94.39% and 2.05%, respectively.

For the first time, the pine mushrooms were cultivated in a medium based on sugar cane slag and bran, with a bioefficity (BE) of 74.59% and a productivity of 1.49% (PR), respectively, and the highest paint enzyme activity (49.70IUg-1) was obtained on the 35th day of the culture of the pine mushrooms. In order to further improve the lacquerase activity and productivity of shuttle-handled pine mushrooms, the effects of aromatic compounds, copper ions and manganese ions on the lacquerase activity and productivity of shuttle-handled pine mushrooms were studied, and all added compounds could improve the lacquerase activity and productivity of shuttle-handled pine mushrooms, but the effects of the paintase activity produced by shuttle-handled pine mushrooms on the number of days and productivity required for cultivation may have a critical value and show a limited correlation. A culture base of manganese ions (2mM) was added to increase the lacquerase activity of the shuttle-handled pine mushroom to 216. 17IU g-1, and the addition of xylidine (0.8mM) of the culture base, so that the be and PR of the shuttle handle pine mushrooms reached 94.39% and 2.05%, respectively.

The biological efficiency (be) of 74.59% and the productivity (PR) of 1.49% were obtained in the medium with bagasse and bran as substrates for the first time, and the highest laccase activity (49.70iug-1) was obtained on the 35th day of cultivation. In order to further improve the laccase activity and productivity of P. fusiforme, the effects of aromatic compounds, copper ions and manganese ions on the laccase activity and productivity of P. fusiforme were studied. All the added compounds could improve the laccase activity and productivity of P. fusiforme, but the laccase activity of P. fusiforme had no effect on the days needed for cultivation and productivity There may be a critical value, showing a limited correlation. The laccase activity of P. fusiforme was increased to 216.17 IU g-1 in the medium supplemented with manganese ion (2 mm), while the be and PR of P. fusiforme were 94.39% and 2.05% respectively in the medium supplemented with xylidine (0.8 mm).<br>