胜肽的英文

• c-peptide c
• peptide

• "胜"英文翻译    peptide a surname
• "肽"英文翻译    peptide
• "多胜肽" 英文翻译 :    polypeptide
• "含有二胜肽" 英文翻译 :    di-peptide
• "蓝铜胜肽" 英文翻译 :    ghk-cu
• "六胜肽面膜" 英文翻译 :    acetyl hexapeptide-mask
• "十胜肽面膜" 英文翻译 :    matrixyl- mask
• "多胜肽链伸长" 英文翻译 :    polypeptide chain elongation
• "玫瑰活胜肽神奇乳霜" 英文翻译 :    biokaliftin crème miracle reparatrice
• "一个作用子一个多胜肽模式" 英文翻译 :    one-cistron one-polypeptide model
• "胜糅花酸" 英文翻译 :    cosme decorte
• "胜昶" 英文翻译 :    katsuto
• "胜髯" 英文翻译 :    shomanin
• "胜濑" 英文翻译 :    katsuse
• "圣" 英文翻译 :    Ⅰ形容词1.(最崇高的) holy; sacred 神圣领土 sacred territory2.(属于、 关于皇帝的) imperial 圣命 imperial order; 圣谕 imperial decreeⅡ名词1.(圣人) sage; saint 圣贤 sages and men of virtue; 诗圣 sage of poetry; 草圣 sage of calligraphy; 超凡入圣 become a saint; overcome all worldly thoughts and enter sainthood; 至圣先师 the sage master (official title of confucius)2.(封建社会尊称帝王) emperor 圣上 his or her majesty3.(姓氏) a surname 圣阳伯 sheng yangbo
• "胜俣" 英文翻译 :    katsumata
• "圣 约汉市" 英文翻译 :    saint john
• "胜胤" 英文翻译 :    katsutane
• "圣-卢卡斯血红蛋白" 英文翻译 :    hemoglobin st. lukes
• "胜作" 英文翻译 :    katsusaku

• As peptide glycoproteins react with viral particles leaving infected cells
  作为离开被感染细胞的病毒粒子起作用的胜肽聚醣蛋白。
• Raw material with patent ： various kind of peptide raw materials , for example to lower cholesterol , blood pressure , fat and many more
  专利原料：拥有降血脂胜肽、降血压胜肽、降体脂肪胜肽、半胱胺酸胜肽、青春痘消除之活性蛋白专利原料。
• Kroger , n . , r . deutzmann , and m . sumper . " polycationic peptides from diatom biosilica that direct silica nanosphere formation . " science 286 , ( 1999 ) : 1129 - 32
  矽藻生物矽中左右矽奈米超微粒组成之聚阳离子型胜肽刊于《科学》 286 , ( 1999 ) : 1129 - 32
• Molecular structures of various materials of biological origin , including collagen , silk , bone , protein adhesives , gfp , self - assembling peptides
  生物构成之不同材料的分子结构，包括胶原蛋白、丝蛋白、骨头、蛋白质附著物、绿色萤光蛋白质、自我组装胜肽。
• Selkoe , d . j . , and d . schenk . " alzheimer ' s disease : molecular understanding predicts amyloid - based therapeutics . " annu rev pharmacol toxicol . 43 ( 2003 ) : 545 - 84
  阿兹海莫症：以分子生物学领域的了解预测以类淀粉胜肽为基础的治疗《药理学与毒物学研究回顾杂志》 43 ( 2003 ) : 545 - 84
• Imagine , for example , a pharmaceutical that knocks out the receptor for bradykinin ? a small protein , or peptide , that is produced during inflammation in the periphery
  假想有某个药物，可将缓激肽的受体给去除；缓激肽是身体周边出现发炎反应时，生成的一种胜肽（小型蛋白） ，可强力刺激痛觉受器。
• Given the critical role of a - beta in the disease process , the proteases that produce this peptide are obvious targets for potential drugs that could inhibit their activity
  知道了a -在阿兹海默症所扮演的关键角色，那麽会制造这个胜肽的蛋白酶就是明显的目标，可以设法研发药物，抑制这类蛋白酶的活性。
• Cell adhesion to surface of the substrate is essential to development of the anchorage - dependent cells . only after adhering to surface followed by spreading can cells develop and proliferate . most synthetic polymers used as orthopaedic matrix substitute present hydrophobicity , which may correlates to the low degree of cell attachment . modification with cell adhesion protein / peptides can be benificial to the cell adhesion on polymers and then affect the cell proliferation and differentiation . cell attachment to substrate is primarily mediated by integrins , a widely expressed family of heterodimeric surface receptors . most extrcellular matrix proteins such as fibronectin , osteopontin , collagen type i , bone sialoprotein and vitronectin contain an arg - gly - asp ( rgd ) sequence which is specific to the fixation of cell membrane receptors like integrin . the main aim of this research is to measure , assess adhesion , proliferation of rabbit marrow stromal cells ( mscs ) on the polymers coated by fibronectin , collagen type i or biotie gen , which includes : ( 1 ) biologic characteristics of rabbit mscs were observed by two types of separating method in primary culture . ( 2 ) adhesion , proliferation and differentiation of mscs cultured on polymers coated with biotiegen were assessed . ( 3 ) also , adhesion , proliferation and differentiation of mscs were assessed on plga film or porous plga substrates coated with fibronectin , or collagen type i respectively . ( 4 ) bone formation was observed on the porous plga substrates coated with collagen type i in vivo . this research aims to give new way to make novel synthetic bone with cell adhesion and high bone induction capabilities
  因此将这些蛋白包被、固定到材料表面，观察骨组织工程种子细胞mscs细胞的粘附、生长特性是本研究的中心环节，并从以下方面进行探讨： ( 1 )采用不同原代细胞分离方法，研究其对mscs细胞的生物学特性影响。 ( 2 )检测基因胜肽胶对mscs细胞粘附、增殖及分化的影响。 ( 3 )分别采用型胶原及纤维粘连蛋白( fibronectin ， fn )包被聚乙醇酸-乳酸共聚物( poly ( 1actide - co - glycolide ) ， plga )膜及多孔块型plga材料，观察细胞在单层或三维培养状态下，型胶原及fn对mscs细胞粘附、增殖及向成骨细胞分化效应及能力。