adhesion receptor 中文意思是什麼

adhesion receptor 解釋
粘著受體
  • adhesion : n. 1. 黏附,附著,膠著。2. 黏附力;黏附(現象)。3. 追隨;皈依;信奉;同意,加入。4. 【醫學】黏連(物)。
  • receptor : n. 【生物學】感受器;受體;【化學】接受器;受納體;【電學】感受器;接收器。
  1. Alterations in glycosylation have been proposed to participate in cell adhesion, receptor activation, cell differentiation and tissue morphogenesis. because the early embryo is composed of cells that must adhere to other embryonic cells, it seems likely that glycans modulating this adhesion would have been indispensable for early development. genetic elimination or partial abrogation of expression of some major classes of glycans, such as n - glycans, glycosphingolipids, hyaluronan and sialic acids, has been shown to be lethal during murine embryogenesis

    胚胎發育過程中伴隨著細胞表面糖鏈表達水平及結構的改變,研究表明這些改變參與介導了胚胎細胞之間的粘附聯系,因此,糖鏈對于胚胎正常發育是必須的,一些糖鏈結構(如n -連接糖鏈,糖鞘脂,透明質酸,唾液酸等)的表達缺失能導致小鼠死亡于胚胎的早期發育階段。
  2. The study of in - situ construction of cytocompatible surface on pdl - la matrix via amphiphile - amino acid ( rgd ) hybrid self - segregation - the amphiphilic diblock copolymer, poly ( dl - lactide ) - poly ( ethylene oxide ) ( pla - peo ) copolymer, containing hydrophobic pla block and hydrophilic peo block was synthesized via coupling method in this dissertation. cell - adhesion - promoting amino acids and integrin receptor peptide rgd were then immobilized at the end of peo chain of pla - peo copolymer via hydroxyl group activation technique. the solvent blending and casting method was then used to obtain the amphiphile modified pdl - la membranes

    兩親共聚物-氨基酸( rgd )雜化體原位自修飾構建聚乳酸細胞相容性表面的研究一本論文首先設計併合成了一類含疏水聚乳酸( pla )鏈段和親水聚氧乙烯( peo )鏈段的兩親嵌段共聚物材料( pla - peo ) ,利用peo鏈端的活性官能團羥基固定了促細胞粘附的氨基酸及整合素配體多肽片段rgd 。
  3. The members of src family are non - receptor tyrosine kinases. their make an important function in a complex network of intracellular signals, such as cell growth, proliferation, transformation, apoptosis, and cell adhesion, migration. the fact that src was discovered as an oncogene suggests that src could closely involvement in cancer

    而今, src已發展成為包括九個成員在內的激酶家族,隸屬于非受體酪氨酸激酶,是細胞信號轉導途徑中一類重要的信號分子,調控細胞的生長,增殖,凋亡,細胞黏附與遷移等一系列功能。
  4. Measuring the adhesion forces of ligand - receptor bonds using functionalized carbon nanotube atomic force microscopic tips

    碳納米管原子力顯微鏡針尖的研究進展
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