遺傳謝節 的英文怎麼說

中文拼音 [yízhuànxièjié]
遺傳謝節 英文
genetic regulation
  • 遺 : 遺動詞[書面語] （贈與） offer as a gift; make a present of sth : 遺之千金 present sb with a gener...
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 謝 : Ⅰ動詞1 （感謝） thank 2 （認錯; 道歉） make an apology; excuse oneself 3 （辭去; 拒絕） decline 4...
  • 節 : 節構詞成分。
  • 遺傳 : [生物學] heredity; hereditary; inheritance; inherit
  1. Relationship between structures and functions of prothoracicostatic peptide and its analog peptides insect brain neuropeptides are the important regulatory hormones ( or factors ) generated in brain, which control the activities of many organs ( or glands ) and important physiological events in insects, for instance, growth, development, ecdysteroidogenesis, metamorphosis, behavior, metabolism, generation, inheritance and so on

    昆蟲腦經神肽（ brainneuropeptide ）是昆蟲體內重要的調控因素。它控制和調節著昆蟲某些器官的活動，包括許多重要的生理過程，如生長發育、蛻皮變態、行為代謝及生殖遺傳等等。
  2. In order to establish the genetic transformation system of saussurea medusa maxism by agrobacterium rhizogenes, some work were done. the main results were following : 1 establishment of regeneration systems two systems of regeneration from saussurea medusa maxim were established without cold treatment. the somatic embryos were induced from callus cultured in mise for 35 days. the shoots were induced from cotyledon after cultured in misc 20 days, and from leave which were cultured in misl. the experiment showed that the carbon and glycine in the medium could help to increase the regeneration rate to 95 %

    為篩選水母雪蓮代謝突變體和轉基因研究奠定了一定的基礎，陳亞瓊： m質粒介導水母雪蓮的遺傳轉化及毛狀根中決刪合成的調節p義摘要也為研究類黃酮代謝途徑的關鍵酶基因的轉化、高效表達及作用機理提供了理想的實驗體系。主要的實驗結果如下： 1水母雪蓮高頻再生體系的建立通過體細胞胚胎發生途徑和器官發生途徑，水母雪蓮（ squssureamedusamaxim ）可以在常溫下獲得再生植株。
  3. Each type of cell in the human body utilizes only a fraction of all 3, 300 metabolic reactions, and scientists can create in silico any type of cell, from a heart cell to a red blood cell, with its particular complement of metabolic enzymes, and adjust their genetic or other properties to compute the cell ' s behav or

    人體內每種類型的細胞只能利用3300種代謝反應的一部分，科學家可以在計算機上模擬創造從心臟細胞到紅細胞等任意一種類型的細胞，添加特殊的代謝酶，調節它們的遺傳或其它特性來估算這些細胞的行為。
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