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Home > chinese-english > "protein adsorption" in English

English translation for "protein adsorption"

蛋白质吸收

Related Translations:
carbou adsorption method:  活性碳吸附法
dervied protein:  衍生蛋白
protein flocculation:  蛋白质结絮作用
protein assimilation:  蛋白同化作用
accelerator protein:  促进朊
brain protein:  脑蛋白
ironsulfur proteins:  铁硫蛋白质
protein hydrolyzate:  蛋白水解液
simple proteins:  单纯蛋白简单
kidney protein:  肾蛋白
Example Sentences:
1.Topics include methods for biomaterials surface characterization and analysis of protein adsorption on biomaterials
内容包括生医材料表面特性检测和蛋白质吸附于生医材料表面的分析。
2.The expansion behavior , hydrodynamic properties and protein adsorption capacities of two adsorbents were investigated
考察了吸附剂在扩张床中的扩张行为、流体力学特性和蛋白质吸附能力。
3.The membrane is hydrophobic and , thus , lends itself for protein adsorption that is carried out by simply transferring the antibody solution onto the surface ( 9 )
膜是疏水的,因而可以用于蛋白吸附,只用简单的将抗体溶液放在表面就能实现。
4.In the protein adsorption and osteoblast culture in vitro , more surface hydroxyl groups and higher polar component of surface energy led to more protein and cell adsorbed , and higher cellular activity
表面羟基,包括碱性羟基和酸性羟基含量越高,表面能的极性分量越大,吸附的氧化钦膜、含钙和丈磷的认表面表征与认生物沽件蛋白质和细胞越多,细胞活性越高。
5.In this paper , rutilt oxide film , anatase oxide film on titanium , titanium surfaces containing calcium and containing phosphorus , and apatite coating - ti were surface characterized . based on investigation on apatite precipitation , protein adsorption and osteoblast culture in vitro on the titanium surfaces , the relationship between the bioactivity and the surface characterization of titanium was studied
在本论文中,通过金红石二氧化钛膜、锐钛矿二氧化钛膜、含钙的钛表面、含磷的钛表面和ti -羟基磷灰石涂层的表征,结合羟基磷灰石沉积、蛋白质吸附和细胞体外培养,研究了钛的表面表征与生物活性的关系。
6.Friction - reduction mechanism of dlc gradient film could be attributed to its smooth and hard amorphous structure . the hemocompatibility of dlc gradient film had been evaluated by investigating platelet consumption ratio , blood protein adsorption and platelet adhension and morphology on surface of materials
Dlc梯度薄膜材料与ti6a14v合金材料的血小板消耗率相差不大,但是dlc梯度薄膜材料对血浆蛋白的吸附明显低于ti6a14v合金材料,可以预料血小板在dlc梯度薄膜材料表面粘附也会较少。
Similar Words:
"protein a antibody-capture elisa pace" English translation, "protein a immobilized collodion charcoal" English translation, "protein added milk" English translation, "protein adhesive" English translation, "protein adp-ribosylation" English translation, "protein advisory group" English translation, "protein aggregate" English translation, "protein aggregation and aging" English translation, "protein allowance" English translation, "protein anabolic hormone" English translation