1) needle-like calcium oxalate crystal
草酸钙针晶
1.
Objective: Confirm the irritation of needle-like calcium oxalate crystals in raw Pinellia ternata.
目的:验证生半夏中草酸钙针晶的刺激性作用。
2.
Through investigating the domestic and overseas studied paper,the needle-like calcium oxalate crystal exits in the plants of Acaceae family could be thought as irritation components of them.
通过对国内外文献的查阅,发现大多数研究报告均将其刺激性成分认为是该科植物中所含有的特殊生物代谢产物草酸钙针晶,这与本课题组前期对半夏研究中得出的半夏中草酸钙针晶是其主要刺激性成分的结论一致。
2) needle crystal of calcium oxalate
草酸钙针晶
1.
Results showed that the needle crystal of calcium oxalate hydrate(C2CaO4·H2O)was one of the major stimulating components of fresh taro leaf petioles,and its shape,and contents related to the stimulation of fresh taro leaf petioles.
结果显示:芋杆中含有的草酸钙针晶为芋杆的主要刺激性成分之一,其晶形、含量与芋杆的刺激性有关。
3) calcium oxalate crystal
草酸钙晶体
1.
Studies on the growth of calcium oxalate crystals induced by stearic acid monolayers;
硬脂酸单分子膜诱导下草酸钙晶体的生长
2.
The effect of chondroitin sulfate A(C 4S) on thermodynamics of the growth of calcium oxalate crystals was examined.
用体外模拟方法研究了硫酸软骨素 A(简称 C4S)对草酸钙晶体矿化热力学的影响 ,并对纯水体系和 C4S- H2 O体系中形成的草酸钙晶体进行了物相分析与形貌观察。
4) Calcium oxalate crystallization
草酸钙结晶
1.
Method: Calcium oxalate crystallization index were determined in the group of urine of the patients in BPH with urinary retention, BPH without urinary retention and the control respectively.
方法:分别测定BPH伴急慢性尿潴留(尿潴留组)、BPH不伴尿潴留(无尿潴留组)以及无 BPH(对照组)的老年男性尿中草酸钙结晶形成指数。
5) calcium oxalate crystals
草酸钙结晶
1.
Stem morphology and characteristics of calcium oxalate crystals in seven species in Impatiens were studied.
)植物茎的解剖学及细胞组织中草酸钙结晶的特征。
6) calcium oxalate crystal clusters
草酸钙簇晶
补充资料:硼钙石,水化硼酸钙,硬硼钙石
CAS:12007-56-6
分子式:B4CaO7
中文名称:四硼酸钙;硼酸钙;硼钙石,水化硼酸钙,硬硼钙石
英文名称:Boron calcium oxide;Calcium borate;boric acid (h2-b4-o7), calcium salt ;boron calcium oxide (b4cao7);calcium tetraborate;colemanite
分子式:B4CaO7
中文名称:四硼酸钙;硼酸钙;硼钙石,水化硼酸钙,硬硼钙石
英文名称:Boron calcium oxide;Calcium borate;boric acid (h2-b4-o7), calcium salt ;boron calcium oxide (b4cao7);calcium tetraborate;colemanite
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条