Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性肠闭锁的近端肠壁内一氧化氮产生的减少，可能会闭锁区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒，分为查区域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠闭锁的近端肠壁化氮产生的减少，可能会影响闭锁区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为影响调查区域螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小的近端壁内一氧化氮产的减少，可能会影响区域道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为影响调查区域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠闭锁近端肠壁内一氧化氮产少，可能会影响闭锁区域肠道功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为影响调查区域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠闭锁的近端肠壁内一氧化氮产生的减少，可能会影响闭锁区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为影响调查区域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠闭锁的近端肠壁内一氧化氮产生的减少，可能会影响闭锁域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙大小，分为影响域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠的近端肠壁内一氧化氮产生的减少，可能会影区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度沙粒粒径大小，分为影调查区域内螃蟹群聚结构之主因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

小肠闭锁的近端肠壁内一氧化氮产生的减少，可能会影响闭锁区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，为影响调查区域内螃蟹群聚结构之主要与次要因素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠锁的近端肠壁内一氧化氮产生的减少，可能会锁区域肠道的功能。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为调查区域内螃蟹群聚结构之主与素。

Conclusion: It's suggested that a lower production of NOS in the intestine may influence the function of atresic intestine.

先天性小肠闭锁近端肠壁内一氧化氮产生减少，可会影响闭锁区域肠道。

Depth and particle size were primary and secondary environment variables that influence the community structure of brachyuran crabs in the present geographic region.

深度与沙粒粒径大小，分为影响调查区域内螃蟹构之主要与次要因素。