利用已知的胰岛素结构和DPI强度数据，应用分子置换法对测定dpi的晶体结构作了尝试。
We have tried to determine DPI crystal structure by the molecular replacement method using the data of the known insulin structure and DPI intensities.
研究一系列有明确意义改性胰岛素的结构将有益于新型胰岛素分子的设计。
To study the structure of a series of modified insulins of distinct property is beneficial to the design of new insulin molecules.
由于其结构的改变，还可以使患者自身的胰岛素分泌增加。
Because of the change of its molecular structure, the patients' endogenous insulin secretion also can be increased.
结论糖尿病可导致大鼠海马突触数量减少、形态结构发生显著变化，早期应用胰岛素治疗可预防、延缓病变。
Conclusion There are significant changes in hippocampus' synapses of diabetic rats and early use of insulin could delay the occurrence of neuropathological changes.
有研究认为内脂素由于结构缺陷可能并非真正具类胰岛素样作用。
Available researches have indicated that visfatin can not really imitate insulin-like action because of its structural defect.
通过红外，核磁，元素分析和X光衍射手段报道了类胰岛素新药的合成和分子结构并且评估了该化合物的稳定性和溶解性。
The synthesis and molecular structure of the similarinsulin vanadium complex by the means of IR, NMR, element analysis and XRay diffraction are reported.
第一部分阐述了人胰岛素受体配基结合结构域L1和L2的可溶性表达并鉴定了它们的配基结合能力。
The first part of the thesis describes the expression and characterization of the human insulin receptor's ligand-binding domains L1 and L2.
目的研究胰岛素脂质体中胰岛素所处的位置及结构特点。
AIM To study the molecular location and state of insulin within insulin lipids.
方法：采用超声心动图检测183例非胰岛素依赖型糖尿病患者左心室功能及结构参数。
Methods: The parameters of LV structure and function were measured by echocardiography and pulsed doppler in 183 NIDDM patients.
本发明属医疗器械领域，涉及一种笔式胰岛素注射器常规胰岛素专用笔芯结构的改进。
The invention belongs to the field of medical apparatus, and relates to improvement of a general insulin special refill structure for a pen insulin syringe.
目的：评估高分辨CT所获骨结构参数在研究非胰岛素治疗2型糖尿病患者跟骨微细结构形态学中的作用。
OBJECTIVE: To evaluate roles of calcaneus structural parameters obtained by HRCT in the morphological study of patients with type 2 diabetes without insulin therapy.
研制了一种压电驱动式可用于胰岛素推注的微泵，该泵在结构、原理上均有别于传统的胰岛素泵。
A micropump with unique structure and working principle for the insulin injection actuated by the piezoelectric unimorph was proposed.
模型分析发现，不对称单位中两个胰岛素分子的二级结构有较显著的不对称性。
Model analysis shows that the secondary structures of the two molecules in each asymmetric unit are obviously asymmetric.
评价平糖胶囊对该地区糖耐量异常人群胰岛素抵抗和血脂结构的影响及用药的安全性。
To assess the effect of routine Pingtang capsule therapy on IR and lipids disorders and its safety.
评价平糖胶囊对该地区糖耐量异常人群胰岛素抵抗和血脂结构的影响及用药的安全性。
To assess the effect of routine Pingtang capsule therapy on IR and lipids disorders and its safety.
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