細胞命運 的英文怎麼說

中文拼音 [xìbāomìngyùn]
細胞命運 英文
cell fate
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 胞 : Ⅰ名詞1 （胞衣） afterbirth2 （同一個國家或民族的人） fellow countryman; compatriot Ⅱ形容詞（同胞...
  • 運 : Ⅰ動詞1 （物體位置不斷變化） move; revolve 2 （搬運; 運輸） carry; transport 3 （運用） use; wield...
  • 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
  • 命運 : destiny; fate; lot; fortune
  1. Today the shaw laureate in life science and medicine 2005, professor sir michael berridge, has delivered a lecture at hku on his discovery of calcium signaling pathways in the regulation of cellular function. entitled " calcium signalling in health and disease ", the lecture was well - received by students, lecturers and practitioners from both the medical and non - medical professions

    今天（九月五日） 2005年邵逸夫生命科學與醫學獎得獎人邁克爾?貝里奇爵士于香港大學主持講座，題為「 calciumsignallinginhealthanddisease 」 ，內容環繞他發現鈣在調控細胞的運作中的關鍵作用。
  2. Molecular motors are a kind of enzyme proteins which exist in the cell and play an important role in the process of the muscle contraction, intracellular transport, dna duplication, mitosis and so on

    分子馬達是廣泛存在於細胞內部的具有馬達功能的酶蛋白生物大分子。生命活動中的許多過程都是基於分子馬達的運動。
  3. With the efforts of generations of developmental biologists, detailed cell migration pathways in different kind of vertebrate embryos have been clarified, but unfortunately, mechanism underlying has been poorly known by now partially because of the uncertainty of the cellular events happening

    由於組織不透明難以進行活體觀察。細胞運動是所有後生動物發育過程中都能觀察到的一種生命現象，闡明細胞運動機制對于形態發生機制的了解具有重要意義。
  4. Dna damage checkpoint played a pivotal role in appropriate decisions leading to cell survival or cell death

    其中，發生在g1 s和g2 m期的dnadamagecheckpoint的調控對于細胞命運的抉擇具有重要意義
  5. Topics include : neural induction and pattern formation, cell lineage and fate determination, neuronal migration, axon guidance, synapse formation and stabilization, activity - dependent development and critical periods, development of behavior

    主題包括：神經誘導和模式形成，細胞譜系和細胞命運確定，神經元遷移，軸突引導，突觸的形成和穩定性，依賴性活動的發育和危險期，行為的發育。
  6. The requirement of chi in a crystalline form and crystalline grid work is far greater than prior times in one " s life dance, and therefore an entire chakra now is dedicated to monitoring such energy movement so that all parts of the form are equally energized to sustain the life and well being of the cells

    在一個水晶體和水晶晶格層中所需要的氣，將比你過去生命之舞中所需的要遠為巨大，因此現在，由一整個脈輪全力來監管這類能量流的運動，以使身體所有部位被同等充能來維系生命及細胞的良好狀態。
  7. Streptomyces whig gene is a key gene encoding a development ally important rna polymerase sigma factor ( awhig ), which specifically initiates development program and determines the developmental fate of the cell

    Whig基因編碼一個發育上重要的rna聚合酶因子，特異性地起始發育程序，決定菌絲細胞的發育命運。
  8. To satisfy the need for cell differentiation, vision maintenance, reproduction and individual maturity, vitamin a is transported to target cell in a highly specific and regulated manner by combination with rbp and transthyretin. the fluctuation of rbp in blood circulation or urine could be observed due to some diseases

    維生素a結合蛋白與維生素a及前白蛋白以1 ： 1 ： 1的比例結合形成復合物后，共同將維生素a從肝臟運送到靶組織以滿足機體生長發育、視覺維護以及細胞分化等生命活動需要。
  9. The upr pathway in mammals links with several branches, including the increased transcription of a series of genes that encode folding - related proteins, the ubiquitous down - regulation of protein translation, programmed cell death mediated by chop and degradation of er - related proteins, etc. though somewhat independent, these branches do have multiple connections

    哺乳動物細胞的upr通路涉及與折疊能力相關的一系列基因轉錄上調、蛋白質普啟蒙翻譯下降、 ghop介導的程序性死亡及內質網相關性蛋白降解等多個分支。這些分支雖有一定的自主性，但卻存在著千絲萬縷的聯系，因此其中某個支路上效應成分的改變，就可能會對整個upr通路產生影響，甚至影響細胞的命運。
  10. Rt - pcr revealed that two basic helix - loop - helix ( bhlh ) genes, mash - 1 and ngn - 1, were up - regulated during the differentiation stage of wnt - 1 - overexpressing p19 cells. these results suggest that the wnt - 1 gene promotes neuronal differentiation and inhibits gliogenesis during the neural differentiation of p19 cells, and that neural bhlh genes might be involved in this process

    我們的實驗結果提示， wnt - 1基因可能參與了p19細胞神經分化過程中的命運決定， wnt - 1基因能促進神經元細胞的分化，而抑制神經膠質細胞的產生；神經bhlh基因可能與p19細胞神經命運決定和神經細胞分化有關。
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