1.
Ultrastructure Observation and Elements Detection of Pigment Stones of Dissolviong before and after by SEM
扫描电镜对胆色素结石溶解前后的微观结构观察及元素检测
2.
The Role of Chinese Herbs "Li Dan Ling" on the Formation of the Bilirubin Gallstone;
中药利胆灵对胆色素结石防治作用的研究
3.
Empirical Study of the Variant Herbae Artemisiae Capillariae Decoction Therapia Bile Pigment Calculus;
加味茵陈蒿汤治疗胆色素结石的实验研究
4.
The Effect of Qi Re Li Shi Herbs on the Formation of Pigment Stones;
清热利湿中药对胆色素结石形成的影响
5.
The Study on the Intestinal Immunologic Barrier of the Pig Cony with the Pigment Gallstone;
豚鼠胆色素结石模型的肠道免疫屏障研究
6.
Helicobacter Pylori in Patients with Bile Pigment Calculus in Biliary System;
胆色素结石患者胆道系统幽门螺杆菌的研究
7.
The Study on the Relationship between the Intestinal Mucosal Barrier and the Pigment Gallstone in Guinea Pig Model;
豚鼠肠黏膜屏障与胆色素结石关系的实验研究
8.
Study on the Black Pigment Gallstone Formation Caused by Nanobacteria Infection of Bile in Rabbit
胆汁纳米细菌感染致兔胆囊黑色素结石的实验研究
9.
Relationship between the activity of endogenous β-glucuronidase in the bile and brown pigment calculus
胆汁中内源性β-葡萄糖苷酸酶活性与棕色素结石之间的关系
10.
The Study on the Relationship between the Intestinal Barrier and the Pigment Gallstone Formation;
肠粘膜屏障功能与胆色素结石形成之间关系的实验研究
11.
The Study on the Effect of Helicobacter Pylori in the Formation of Pigment Stone by NP-PCR Technology;
应用套式PCR技术研究幽门螺杆菌在胆色素结石形成中的作用
12.
Observation of bacteria translocation and intestinal mucosa injury in pigment gallstone model in guinea pig
肠黏膜损伤和细菌易位对豚鼠胆色素结石形成的影响
13.
Effects of "Qingdan Capsule" and "Yanggan Lidan Granule" on Inflammatory Reaction in Guinea Pigs with Pigmented Gallstones
清胆胶囊与养肝利胆颗粒对豚鼠胆色素结石炎症反应环节的影响
14.
Effects of Yangganlidan Granule on inflammatory reaction in model guinea-pigs with pigment gallstones
养肝利胆颗粒对胆色素结石炎症反应环节的影响
15.
Study on effect of low protein feeding on pigment stone formation in guinea pig
豚鼠低蛋白饲料诱发色素结石改喂正常饲料成石过程是否可逆的研究
16.
Effects of Doped-Elements in Uvarovite Ceramic Stain on its Coloration
绿榴石基色料中发色元素对色调的影响
17.
various compinations of pigments in the cotyledons
子叶中色素的不同结合
18.
Diamonds were formed under intense heat and pressure, and traces of other elements may have been incorporated into their atomic structure accounting for the variances in color.
钻石在高压高热中形成，痕量的其它元素被裹入其原子结构中便会形成各种各样的颜色。