receptor regulation 中文意思是什麼

receptor regulation 解釋
受體調節
  • 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。
  • regulation : n 1 規則，規程，規章，條例。2 控制，管理，限制，（情慾等的）節制。3 調整，調節，整頓。4 校準；穩...
  1. Ethylene receptor and its regulation in ripening fruits

    乙烯受體與果實成熟調控
  2. In the present study, we determine the clock and melatonin receptor subtypes ( mt 1, mt2 ) genes in suprachiasmatic nucleus ( scn ) and lymphocytes at different time points of specific light regimes. the aim of this study is to investigate the effects of light on circadian expression of these clock related genes, and to explore possible roles and mechanisms of these genes in regulation of the diurnal rhythm

    本課題採用不同的光照制，研究scn及外周淋巴細胞中的鐘基因clock 、褪黑素受體基因（ mt1和mt2 ）的晝夜表達規律，以期了解光照對中樞和外周這三個基因晝夜節律表達的影響，並試圖發現它們在生物鐘晝夜節律的維持中可能的作用規律。
  3. Regulation of toll - like receptor 4 expression on murine dendritic cells mediated by cd137 signal

    方法以流式細胞術檢測不同劑量
  4. Moreover, human ghrelin receptor exhibits a remarkable 50 % overall identity with human motilin receptor, therefore it was named as " raotilin - related peptide ". anatomical evidence showed that there are ascending and descending neuronal projections between pvn, bma and lower brain stem ( nts, dmx ), which participate in the regulation of gastric acid secretion and gastrointestinal motility. moreover, pvn is the center of appetite regulatory web

    Pvn與低位腦干（延髓迷走復合體）及邊緣系統之間有密切的纖維聯系，且含有多種神經肽，參與胃酸分泌，胃腸活動等多種生理機能的調節，是影響消化道功能與攝食行為的重要中樞部分， pvn內胃動素可促進胃排空和攝食，而新發現的ghrelin /胃動素相關肽是否參與此核區對胃運動的調節機制及其可能的神經通路尚不明了。
  5. Moreover, the regulation of growth and development of plants by these glutamate receptor - like molecules certainly is an important target for genetic and molecular manipulation for agricultural improvement

    另一方面，科學家亦可利用植物神經介質感受器對訊息傳遞的影響來操控農作物的發育及生長，達到增加及改善農產的目的。
  6. It was recognized as a brain - gut peptide since the peptide and its receptor exist in the central nervous system. previously, we demonstrated that motilin and motilides activates cells in paraventricular nuclei ( pvn ) reflected by increased gastric motility and induction of the immediate early gene c - fos in conscious rat, which suggests central motilin participates in the regulation of gastric motility. it was reported in 2001 that ghrelin is an appetite - stimu latory signal from stomach with structural resemblance to motilin

    胃動素（ motilin ， mt ）是由小腸上段粘膜內分泌細胞合成並分泌的22個氨基酸組成的腦腸肽，調節消化間期胃運動， pvn內給予胃動素和胃動內酯（ motilides ）可增強清醒大鼠胃運動，中樞微量注射胃動素可誘導pvn中立即早期基因c - fos的表達，提示中樞胃動素參與胃運動的調控，人ghrelin和胃動素之間有36的相似性，而且二者的受體之間有50的相似性，因而有人稱ghrelin為「胃動素相關肽」 。
  7. The npr - c is a membrane - bound receptor that lacks the intracellular guanylate cyclase domains of the biologically active receptors and is therefore uncoupled with cgmp. npr - c functions as a clearance receptor by binding with and internalizing natriuretic peptides. nprs are widely and differently distributed in most tissues and can be up - or down - regulated in many pathological processes, which indicates that they have different effects on different tissue and participate in the regulation of their physiological and pathological process

    正常情況下，三種受體在體內均廣泛分佈，但在不同組織中的分佈有很大差異，而且在不同病理條件下鈉尿肽受體數目還可發生上調和下調，提示鈉尿肽家族及其受體對不同組織器官的作用不同，並參與它們的生理和病理過程的調節。
  8. Nh2 terminus lacks a " destruction box " that controls the ubiquitin - dependent degration but contains an epithdermal growth factor receptor - like autophosphorylation sequence in addition to cyclin box. the structure hints that it is not only a cyclin in cell cycle regulation but also an intracelluar signal transducer molecule. cycg has not yet been matched with a cdk binding partner, and it ' s biologic function is still elusive

    G型蛋白是細胞周期蛋白家族中的新成員，它的分子結構與多數cyclin有所不同，其n端缺少降解所需的「 destructionbox 」氨基酸序列，而c末端卻包含有與表皮生長因子受體相似的自主磷酸化位點，這些表明它既是一種細胞周期蛋白，也是細胞內的信號傳導分子。
  9. Objective : to determine the effects of bfgf, egf and n2, on the growth of neural stem cells. to study the regulation of bfgf, atra, vd3, dex and bmp - 2 on the differentiation of neural stem cells and the relation between the expression of retinoic acid receptor mrna and the processes of differentiation

    目的探討神經營養因子bfgf 、 egf和n2添加劑對體外培養的神經幹細胞增殖的影響；研究bfgf 、 bmp - 2 、 atra 、 vd3 、 dex對神經幹細胞分化的誘導作用及該作用與維甲酸受體mrna表達的關系。
分享友人
分享到 Line

分享到臉書