竹原纤维与麻类纤维的结构及性能相似。其显微形态与麻类纤维有许多相似之处。不易区分。
Bamboo fiber and hemp fiber structure and properties similar to the microstructure morphology and hemp fibers have many similarities, not easy to distinguish.
原纤化纤维及其制造方法，所使用的喷丝板，和由其获得的成型产品。
Fibril based fibers, method of mfg. same, spinning nozzle used in same, and moldings obtained therefrom.
竹浆纤维除断裂伸长外。其各项拉伸断裂力学性能指标均远远低于竹原纤维。
In addition to bamboo fiber elongation, but its tensile mechanical properties were far below the bamboo fiber.
原纤化纤维及其制造方法，所使用的喷丝板，和由其获得的成型产品。
Fibrillated fibers, method of mfg. same, spinning nozzle used in same, and moldings obtained therefrom.
方法：采用全蝎提取液给家兔、小鼠静脉注射，并测定其血小板最大聚集率、血栓重量、纤维蛋白原含量及优球蛋白溶解时间的变化。
Methods: the changing of platelet aggregation rate, the thrombus weight, the content of fibrinogen and the euglobulin lysis time were determined after SEF iv on rabbit and mice.
本文介绍了竹原纤维的特点、开发的意义，并对其应用前景进行了分析。
This paper introduces the properties of raw bamboo fiber, the meaning of developing it and also analyzes the application prospects of it.
方法采集42例急性脑梗死患者血浆，测定其纤维蛋白原、d二聚体及纤溶酶原含量，并与对照组进行比较。
Methods Collecting the plasma of 42 acute cerebral infarction patients, the content of fibrinogen? D dimer and fibrinolysin was determined, and was compared with their content in control group.
竹浆纤维因其加工方法不同，除吸湿能力优于竹原纤维外，其放湿速度慢、吸湿溶胀率小、耐热性能也比竹原纤维差。
The bamboo pulp fiber has worse properties of swellability, moisture absorption and liberation rate and thermal stability except hygroscopic capacity.
目的测定急性冠脉综合征（ACS）患者血浆中纤维蛋白原（FG）水平并探讨其临床意义。
Objective: To investigate level of fibrinogen (FG) and its clinical significance in patients with acute coronary syndrome (ACS).
⑤ 后处理比粘胶纤维更多，可以得到各种不同的风格和手感，利用其原纤化的特点，可制成具有高雅柔和光泽的桃皮绒面料。
After the deal with more than viscose fiber, can be a variety of style and feel, to use its characteristics of fibrillation can be made with elegant peach soft shiny fabric.
他们也相应地维持较低的纤维蛋白原数量，那是一种已显示出，因为其数量居高而会产生将来心脏疾病的重要的血液凝固蛋白质。
They also have lower counts of fibrinogen, an essential blood clotting protein that in high does in an indicator of future heart disease.
他们也相应地维持较低的纤维蛋白原数量，那是一种已显示出，因为其数量居高而会产生将来心脏疾病的重要的血液凝固蛋白质。
They also have lower counts of fibrinogen, an essential blood clotting protein that in high does in an indicator of future heart disease.
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