genetic manipulation 中文意思是什麼

genetic manipulation 解釋
基因操作
  • genetic : adj. 1. 遺傳（學）上的。2. 發生的，發展的；創始的。adv. -ically
  • manipulation : n. 1. （熟練的）操作；操作法；手法。2. （市場等的）操縱，控制。3. （外科）手技，手法。-tive, -tory adj.
  1. They created humans, homo sapiens, through genetic manipulation with themselves and ape man homo erectus

    他們創造了人類，智人，通過基因遺傳而幫助猿人變成智人。
  2. This paper focuses on further development and improvement of the genetic manipulation system for a. meditteranei u32

    本論文致力於進一步發展和完善a . meditteraneiu32的遺傳操作系統。
  3. Current development in dna researches - what tasks have we achieved ? what are the possible consequences of genetic manipulation

    近期去氧核糖核酸的研究：已完成的工作，遺傳學的利用會有什麼影響？
  4. This class grounds students in some of the more classical techniques, as well as the latest techniques in genetic manipulation and its impact on neurobiology

    這個課程讓學生學習一些更經典的技術，以及在遺傳操縱方面的最新技術與遺傳操縱對神經生物學的影響。
  5. Employing genetic manipulation of hif expression, in - vivo and cellular studies have focused on hif as a crucial factor affecting hypoxia - induced vascular remodeling

    體內以及細胞研究的低氧誘導因子表達主要焦點在低氧誘導分子作為一種影響低氧誘導血管重建的重要因子。
  6. Flaming tulips. blue roses. what dutch growers of old and dr tanaka ' s employers both grasped is that rarity, and hence economic value, can be created by genetic manipulation

    火紅的鬱金香，藍色的玫瑰。荷蘭老一代花卉栽培者和田中博士的老闆都明白，物以稀為貴，而「稀」則可來自基因調控。
  7. In the related resources section, you will find many pertinent links that will help you explore genetic diseases and their root causes, as well as the protocols for genetic manipulation in model organisms

    在相關資源部分，學生可以找到很多相關的連結，這些連結有助於探討遺傳疾病及其病因，以及探討生物體內遺傳操縱的治療方案。
  8. In this text, we first do some research on the genetic algorithm about clustering, discuss about the way of coding and the construction of fitness function, analyze the influence that different genetic manipulation do to the effect of cluster algorithm. then analyze and research on the way that select the initial value in the k - means algorithm, we propose a mix clustering algorithm to improve the k - means algorithm by using genetic algorithm. first we use k - learning genetic algorithm to identify the number of the clusters, then use the clustering result of the genetic clustering algorithm as the initial cluster center of k - means clustering. these two steps are finished based on small database which equably sampling from the whole database, now we have known the number of the clusters and initial cluster center, finally we use k - means algorithm to finish the clustering on the whole database. because genetic algorithm search for the best solution by simulating the process of evolution, the most distinct trait of the algorithm is connotative parallelism and the ability to take advantage of the global information, so the algorithm take on strong steadiness, avoid getting into the local

    本文首先對聚類分析的遺傳演算法進行了研究，討論了聚類問題的編碼方式和適應度函數的構造方案與計算方法，分析了不同遺傳操作對聚類演算法的性能和聚類效果的影響意義。然後對k - means演算法中初值的選取方法進行了分析和研究，提出了一種基於遺傳演算法的k - means聚類改進（混合聚類演算法） ，在基於均勻采樣的小樣本集上用k值學習遺傳演算法確定聚類數k ，用遺傳聚類演算法的聚類結果作為k - means聚類的初始聚類中心，最後在已知初始聚類數和初始聚類中心的情況下用k - means演算法對完整數據集進行聚類。由於遺傳演算法是一種通過模擬自然進化過程搜索最優解的方法，其顯著特點是隱含并行性和對全局信息的有效利用的能力，所以新的改進演算法具有較強的穩健性，可避免陷入局部最優，大大提高聚類效果。
  9. The human species has been the most compromised by the forces of the dark than any other species than perhaps the dolphins and whales, and indeed often such compromising has included the manipulation of genetic records and lineages

    比照任何其他物種，如海豚和鯨魚，人類已成為最被黑暗力量危及安全的物種，事實上，這樣的危及經常包含了對基因記錄與血統的操縱。
  10. 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。
  11. The genetic analysis of the mechanism of magnetosome biosynthesis in magnetospirillum gryphiswaldense msr - 1 has been hampered by the lack of an appropriate genetic manipulation system. here reported on the establishment of a genetic manipulation system that can be used more readily than that of the others for magnetospirillum

    格瑞菲斯瓦爾德磁螺菌（ magnetospirillumgryphiswaldensemsr - 1 ）為趨磁螺菌屬（ magnetospirillum ）的模式菌株，能夠在胞內合成大小約為42am的磁小體（ magnetosome ） 。
  12. The identification and manipulation of genetic loci determining quantitative traits ( quantitative trait loci ( qtls ) ) is important in plant and animal breeding

    在動植物繁育過程中，對人類具有重要的經濟價值。
  13. One possibility would be to use genetic modification to create plants that are more amenable to such manipulation

    一種可能辦到的將是使用基因變異技術來培植出能夠順應試驗的植物。
  14. The study of induction of escs into neurons is valuable for the future application of cell transplantation, which may be a useful treatment for the patients of cns disorders, such as the pakinson ' s disease, epilepsy, stroke. it ' s also a perfect model in vitro of the mammal neural system development. because of there easy genetic manipulation, gene expression and regulation can be studied conveniently

    神經細胞被認為是終末分化細胞，其損傷后很難再由自體的神經幹細胞補充，研究escs向神經細胞分化不僅可以應用於臨床，為神經系統疾病，如帕金森癥、癲癇、腦卒中等患者進行細胞移植，使其盡快康復；還可以作為研究哺乳動物神經系統發育的體外模型，了解神經分化過程中基因表達調控的變化，並方便進行增減基因操作。
分享友人
分享到 Line

分享到臉書