膜源囊膜 的英文怎麼說
中文拼音 [móyuánnángmó]
膜源囊膜
英文
membrane-derived envelope-
Results the epithelial cells of ameloblastoma grew faster, with an irregular area around the cell mass and some small satellite - shaped cell mass
方法原代體外培養成釉細胞瘤細胞、牙源性角化囊腫、根端囊腫及口腔粘膜的上皮細胞和成纖維細胞,倒置光相差顯微鏡觀察。Though with various advantages, these tumor vaccines are because of complicated to prepare, restricted availability of relevant tumor antigens, the lack of molecularly defined tumor antigen delivery or targeting systems and the effects are relatively not promising
這些腫瘤疫苗的制備機理均在於提高對腫瘤抗原的遞呈作用。缺點是制備工藝復雜、效果相對不夠理想。 exosomes是由多種細胞分泌的來源於多囊泡體的小的膜性囊泡。From above, we indicate that : photoinhibition cause chlorophyll an " bleak " while influorecsence of proteins on thylakiod membrances has no prominent response to it. what ' s more, photoinhibiton induce d1 protein phosphorylated and aggregated, forming the aggregators with phosphorylated d1
結果表明:光抑制對葉綠素熒光具有漂白作用,對類囊體膜蛋白內源熒光無明顯影響;光抑制處理引起d1蛋白磷酸化並發生聚合,且聚合物中d1蛋白以磷酸化形式存在。The endocytosed albumin appears to undergo transcytosis in large esicles ( 500 nm in diameter ), identified by immunogold staining of endogenous albumin by electron microscopy, to the basolateral membrane where the albumin is disgorged back to the peritubular blood supply
對內源性白蛋白進行免疫金染色然後在電鏡下觀察發現:這些重吸收的白蛋白以大的囊泡(直徑500納米)形式被跨細胞轉運到腎小管基底膜側,然後回吐到腎小管周血管。( 2 ) compared with control sample, naf treatment can reduce the quantity of both chlorophyll ' s fm and membrance proteins " fem ecited at 278nm and 295nm
( 2 )弱光放置相同時間, naf處理葉片的葉綠素和類囊體膜蛋白內源熒光強度熒光強度均小於參照樣的熒光強度。We confer naf treatment may inhibit the recovery of chlorophyll ' s capacity of electronic transportation and effect the change of the influorescence of membrance proteins under the lowlight
表明naf處理不但對弱光放置樣品的葉綠素傳遞電子能力有阻礙作用,還影響弱光修復中葉片類囊體膜蛋白內源熒光的變化。Westen immunoblotting with dl antibody and an approach detecting thylakiod phosphorylated proteins were used to check dl proteins of different forms, quantitive scranner to count abundances of proteins and fluorometry to detect the maxmin fluorescence ( fm ) of chlorophylls and influorescence of proteins
實驗結果顯示: ( 1 )光抑制處理使葉綠素a和葉綠素b發射熒光明顯下降; ( 2 )光抑制處理時類囊體膜蛋白內源熒光並不發生明顯變化。分享友人