crystals of calcium oxalate 中文意思是什麼
crystals of calcium oxalate
解釋
草酸鈣結晶-
Raphides bunches of needlelike crystals of calcium oxalate found in certain plant cells
針晶體：在一些植物細胞中發現的成束存在的草酸鈣形成的針狀晶體。 -
Chondroitin sulfate a ( c4s ), as a kind of endogenetic urinary macromolecule, not only increased the supersaturation of cac2o4 in solution, but also inhibited the two - dimensional growth and aggregation of com crystals. the growth of calcium oxalate crystals was influenced by surface pressure beneath dppc monolayer film. there were some crystals which have the same appearance as com crystals obtained from pure water system when monolayer surface pressure was hold 1, 10 and 30 mn / m while those growth at 20 mn / m were perfect orderly induced by dppc monolayer
生物大分子c _ 4s作為一種內源性的尿大分子，它不僅從熱力學上提高ca ~ （ 2 + ）在尿液中存在的濃度，使體系中cac _ 2o _ 4保持較高的相對過飽和度，降低草酸鈣結石成核的可能性；而且在晶體生長時，抑制com晶體晶面的二維生長和晶體聚集。 -
The nucleation and growth of calcium oxalate ( caoxa ) crystals in liposome solutions was investigated using laser light scattering spectroscopy and transmission electron microscopy ( tem )
採用激光散射儀和透射掃描電子顯微鏡分別研究了卵黃卵磷脂（ pc ）囊泡的粒徑和囊泡中生長的草酸鈣晶體的粒徑大小。 -
Various kinds of crystals were detected from urinalysis including calcium oxalate, amorphous phosphate, triple phosphate and uric acid in 83 patients ( 37. 9 % ) of the urinary calculus group and 13 patients ( 12. 6 % ) of the non - calculus group
同時，我們發現在83位（ 37 . 9 % ）尿路結石病患及13位（ 12 . 6 % ）非結石病患的尿液中存在著各類結晶體，包括草酸鈣、無定形性磷酸鹽、三重磷酸鹽及尿酸結晶體等。 -
As increasing the concentration of c4s, the amount of com crystals with a hexagonal prism decreased and that with a thin hexagonal slice increased. when the concentration of c4s was 0. 50 mg / ml, all the calcium oxalate crystals were thin hexagonal slice com crystals. however, as the concentration of l - glu increased from 0. 01 to 0. 50 mmol / l, the hexagonal prism - like com crystals gradually transformed to com crystals with one or two ( 010 ) crystal face disappearance
不同形貌晶體的分佈受添加物濃度的影響： c _ 4s濃度的增加使com晶體由六稜柱形晶體轉變為六邊薄片狀晶體，特別是當c _ 4s濃度為0 . 50mg ml時， com晶體全部轉變為六邊薄片狀晶體； l - glu濃度的增加使com晶體由六邊稜柱晶體逐漸轉變為多棱「不規則」晶體。 -
Studies on the biomineralization of calcium oxalate crystals were performed in vitro using monolayer film and langmuir - blodgett film as templet. sem, esem, tem, afm, xrd and ft - ir were used to characterize calcium oxalate crystals obtained from a series of experiments
以單分子膜和lb膜作為模板，用sem ， esem ， tem ， afm ， xrd和ft - ir等表徵方法，在體外研究了草酸鈣晶體的生物礦化過程。 -
If the mixed films were used to study the formation of calcium oxalate crystals in fluid subphase, we can further understand the mechanisms of the formation of calculus crystallite at the cellular surface of urinary tract
所以，如果將實驗設計成在流動體系中用磷脂和蛋白質的復合膜誘導草酸鈣晶體形成，將能更貼近地了解草酸鈣結石在尿路表皮細胞上的形成病理。 -
The lb films of dppc were also used to study the growth of calcium oxalate crystals
將磷脂dppc的單分子膜提拉成磷脂lb膜，並用其誘導草酸鈣晶體生長。 -
The monolayer which was composed of different materials had different effect on the formation of calcium oxalate crystals at the interface of monolayer / water
用不同成膜物質組裝形成的有序分子膜對膜液界面形成的草酸鈣晶體具有不同的誘導作用。 -
The major composition of crystals is calcium oxalate, it crystallizes with very different crystallization kinetics, e. g. monodinic monolydrate ( com ), tetragonal dihydtate ( cod ) and triclinic trihydrate ( cot ). com is easy to form urinary stones because it has stronger affinity for renal tubule cell membranes than cod, cot
其中，晶體的主要成分是草酸鈣，主要有三種類型：一水草酸鈣（ com ，單斜晶系） ，二水草酸鈣（ cod ，四方晶系） ，三水草酸鈣（ cot ，三斜晶系） ，其中com與腎小管表皮細胞黏附力最強，是草酸鈣型尿結石的主要成分。
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