These studies were carried out to develop an artificial cultivation method. The diameter and thickness of pileus ranged $1.5{sim}7.0;cm$ and $0.8{sim}3.0;cm$, respectively. The diameters of stipe were $1.2{sim}2.5;cm$ and the lengthes were $4.5{sim}9.0;cm$. The spore fingerprint was white. The sizes were spore $10.8{sim}12.2{ imes}4.35{sim}5.65;{mu}m$, basidia $50.0{sim}59.2{ imes}7.4{sim}7.8;{mu}m$, nalsistidia $21.75{sim}28.7{ imes}4.8{sim}6.1;{mu}m$, pileus hymenium cell $50.6{sim}66.0{ imes}4.4{sim}6.7;{mu}m$, and stipe hymenium cell $28.6{sim}33.0{ imes}5.5{sim}6.6;{mu}m$. The thirty percent mixture of rice and wheat bran into sawdust gives the high density of mycelia and the good development of fruiting structure. The optimum water contents of sawdust substrates were $60{sim}65%$ in which condition the mycelium grows well and gives high density. In PP bottle cultivation, the first fruiting period was $6{sim}8$ days earlier in nonscratching samples than scratching ones, but the quantity of fruiting body was higher in scratching samples than nonscratching ones. In the case of PP bag cultivation, the first fruiting was 10 days faster, and the quantity of fruiting bodies was 30% higher in samples with 30% wheat bran than those with rice bran. The fleshiness of stipe was $2{sim}3$ times harder than that of pileus.