pamps

PH - sensitivity and temperature - sensitivity of PAMPS hydrogel were also investigated .

并对凝胶的pH敏感性和温度敏感性进行了研究。

PAMPS / PVDF hollow-fiber gel composite membrane also has environment responsibilities .

PAMPS／PVDF中空纤维凝胶复合膜同样具有环境响应的智能性。

Design Testing of Power-Steering Pumps A Study of Overheating Problems of Gear-type Oil Pamps

重型汽车转向油泵的设计和试验&齿轮式转向泵过热问题研究

Proton conductive and methanol rejecting properties of pamps / pva composite proton exchange membrane

PAMPS/PVA复合质子交换膜的电导率及阻醇性能

PAMPS / PVDF hollow-fiber gel composite membrane was prepared through interfacial polymerization .

采用界面聚合法制备PAMPS／PVDF中空纤维凝胶复合膜。

Preparation and Property Characterization of Macroporous PAMPS / PVA S-IPN Hydrogels

大孔PAMPS/PVA半互穿网络型水凝胶的制备及其性能研究

The copolymer containing phosphono and sulfonic group ( PAMPS ) is experimentally synthesized .

利用实验方法合成了含膦磺酸基共聚物PAMPS，通过正交试验评价优选出最佳合成条件，对其阻垢性能进行了评价。

We find that the ionic strength and the linear charge density do not affect the interfacial force between the single PAMPS chain .

我们发现，离子强度和主链电荷线密度均不影响PAMPS单链的界面脱附力，只影响其抗拉强度。

The innate immune system recognizes invading pathogens by sensing pathogen-associated molecular patterns ( PAMPs ) proteins .

天然免疫系统主要依赖于通过感知病原体相关分子模式（pathogen-associatedmolecularpatterns，PAMPs）的蛋白质识别病原体。

PAMPs are a kind of conservative microbial substance , which can activate the plant signaling and induce plant immunity .

PAMPs是一类比较保守的微生物物质，可以启动植物体级联信号途径，最终诱发植物的抗病性。

The results showed that PAMPS hydrogel had higher capability of absorbing water , larger swelling ratio and stronger responsive capability to pH value .

结果表明，PAMPS凝胶具有很高的吸水能力和溶胀比，同时对pH值有较强的响应能力。

Toll-like receptors ( TLRs ), which function as key innate immune receptors responsible for recognizing PAMPs , play essential roles in the host defense system .

Toll样受体（TLRs）作为识别病原体相关分子模式的关键天然免疫受体，在宿主防御系统中发挥重要作用。

Different pattern recognition proteins recognize and bind to molecules ( pathogen associated molecular patterns , PAMPs ) present on the surface of microorganisms but absent from animals .

研究证明，这种非己识别是因为存在某些特异性的、可溶的或与细胞膜结合的模式识别受体，可以识别或结合微生物表面保守的、而在宿主中又不存在的病原相关分子模式。

In Chapter 4 , the SMFS of a strong polyelectrolyte ( PAMPS ) is studied , in terms of desorption and elongation .

在本论文第四章，研究了含有间隔基团的强聚电解质PAMPS的界面吸附性质。

The family of Toll-like receptors ( TLRs ) initiates an innate immune response after recognition of pathogen-associated molecular patterns ( PAMPs ) .

Toll样受体家族（TLRs）识别抗原相关的分子模式（PAMPs）后激发先天性免疫反应。

Toll-like receptors ( TLRs ), a family of pattern recognition receptors , recognize the pathogen-associated molecular patterns ( PAMPS ) to initiate the innate immunity .

Toll样受体（Toll-Likereceptors，TLRs）家族识别病原体相关分子模式（PAMPs）从而启动固有免疫应答，属于模式识别受体（PRRs）。

Toll-like receptors ( TLRs ), a large family consisting of at least 10 members , are evolutionarily conserved to recognize pathogen-associated molecular patterns ( PAMPs ) .

Toll样受体（Toll-Likereceptors，TLRs）是进化中比较保守的一个受体家族，至少包括10个成员。

As one of pathogen-associated molecular patterns ( PAMPs ), LPS ( lipopolysaccharide ) can be recognized by antigen-presenting cells ( APC ) including macrophages and then activate innate immune response .

作为微生物细胞壁成分及一种病原体相关的分子模式，LPS可以激活先天免疫。

The family of Toll-like receptors ( TLRs ) is a new pattern-recognition receptors ( PRRs ), which recognize specific pathogen-associated molecular patterns ( PAMPs ) . Recognition of PAMPs by PRRs results in the activation of inflammatory process , which subsequently control the innate and adaptive immune response .

Toll样受体（Tolllikereceptors，TLRs）是新近发现的模式识别受体，能识别病原相关分子模式，启动炎性应答通路而调节或控制先天与获得性免疫。