Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从深层发酵产物中离得到三种四环三萜酸,命名酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，孢子经过高速剪切粉碎破壁后，孢壁被打碎，孢子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖成熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁孢子粉有效成(多)护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对菌丝生长有不同程度抑制，与熟料栽培有显著差异，因而不适用于生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

镜结果表明，灵芝孢子经过高速剪切粉碎破壁后，灵芝孢壁被打碎，孢子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝孢子粉的有(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同程度的抑制，与熟料栽培有显著差异，因而不适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝孢子经过高粉碎破壁后，灵芝孢壁被打碎，孢子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖成熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技,溶壁酶破壁灵芝孢子粉的有效成(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同程度的抑制，与熟料栽培有显著差异，因而不适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝孢子经过高速剪切粉碎破壁后，灵芝孢壁被打碎，孢子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖成熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝孢子粉的有效成(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有程度的抑制，与熟料栽培有显著差异，因而适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝经过高速剪切粉破壁后，灵芝壁，内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的实体化过程，要经过菌芽—菌柄—菌盖化—菌盖成—飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝粉的有效成(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同程度的抑制，与料栽培有显著差异，因而不适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝孢经高速剪切粉碎破壁后，灵芝孢壁被打碎，孢内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝体化，经菌芽—菌柄—菌盖化—菌盖成熟—孢飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝孢粉有效成(多糖)保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同度抑制，与熟料栽培有显著差异，因而不适用于灵芝生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝孢子经过高速剪切碎破壁后，灵芝孢壁被打碎，孢子内含质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖成熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝孢子的有效成(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、、菌清对灵芝菌丝生长有不同程度的抑制，与熟料栽培有显著差异，因而不适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到三种四环三萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝子经过高速剪切粉破壁后，灵芝壁被，子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体化过程，要经过菌芽—菌柄—菌盖化—菌盖—子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝子粉的有效(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢氧化铜、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同程度的抑制，与料栽培有显著差异，因而不适用于灵芝的生料栽培。

Three tetracyclic triterpenoid acids,named ganoderic acids M1,M2,M3,were isolated from the fermentaion products by submerged fermentation of G.

从灵芝深层发酵产物中离得到环萜酸,命名为灵芝酸M1,M2,M3。

The SEM results demonstrated that the sporoderm was ground and the inclusion of the spores eluted in groups.

扫描电镜结果表明，灵芝孢子经过高速剪切粉碎破壁后，灵芝孢壁被打碎，孢子内含物质呈团状溶出。

The differentiation  of its sporophore is bud—stipe—pileus differentiation—pileus mature—spore scatter.

灵芝的子实体过程，要经过菌芽—菌柄—菌盖—菌盖成熟—孢子飞散。

And the protection rate of effective component could reach 99% with lywallzyme sporoderm-broken plus freeze-drying technique.

应用冷冻干燥技术,可使溶壁酶破壁灵芝孢子粉的有效成(多糖)的保护率在99%左右。

Lucidum.The others including Kocide, potassium permanganate, sulfur powder and Dacotech had some negative effects on the mycelium growth of Lucidum and were not suitable for cultivation of G.Lucidum.

氢、高锰酸钾、硫粉、百菌清对灵芝菌丝生长有不同程度的抑制，与熟料栽培有显著差异，因而不适用于灵芝的生料栽培。