Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基合物不仅在催及生物上具有重要作，这些合物是许多稳定金属有机合物结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能调节，阻止其产生病理性致石胆汁达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基合物不仅在催及生物上具有重要作用，而且这些合物是许多稳定的金属有机合物的结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能的调，其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基合物不仅在催及生物上具有重要作用，而且这些合物是许多稳定金属有机合物结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基合物不仅在催及生物上具有重要作用，而且这些合物是许多稳定金属有机合物结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡代羰基合物不及生物上具有重要作用，而且这些合物是许多稳定的有机合物的结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能的调节，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和渡金属硫代羰基合物不仅在催及生物具有重要作用，而且这些合物是许多稳定的金属有机合物的结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 胆宁通脏功能的调节，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基合物不仅在催及生物上具有重要作用，而且这些合物是许多稳定的金属有机合物的构。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

论 肝胆宁通过对肝脏功能的调节，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基物不仅在催及生物上具有重要作用，而且这物是许多稳定的金属有机物的结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能的调节，阻止其产生病理性致石胆汁而达到抑制CS形成。

Unsaturated transition metal thiocarbonyl complexes are building blocks for stable organometallic complexes and play important role in catalysis and biology.The CS molecule is isovalent with CO.

不饱和过渡金属硫代羰基物不仅在催及生物上具有重要作用，而且这些物是许多稳定的金属有物的结构单元。

CONCLUSION The action of gandanning on inhibiting the development of CS in guinea pigs should be contributed to its resisting the produce of pathogenetic lithogenous bile by regulating liver function.

结论 肝胆宁通过对肝脏功能的调节，阻止其产生病理性致石胆汁而达到抑制CS形成。