gene technology 中文意思是什麼

gene technology 解釋
基因技術
  • gene : n. 【生物學】基因。 dominant gene顯性基因。
  • technology : n. 1. 技術，工程，工藝。2. 製造學，工藝學。3. 術語（匯編）。
  1. Gene engineering technology is more superior than the cross breeding and directive breeding technology with its short cycle, low cost and high benefit. though traditional breeding technology has been used for a long time. now the direct reports for the changes of the flower color by the chi ( chalcone isomerase ) gene are a few what we known.

    關于花色結構基因查爾酮異構酶chi （ chalconeisomerase ）基因對花色改變的直接報道很少，因此，本論文選用了chi基因為目的基因，以純深紅色和純白色矮牽牛（ petuniahybidavilm . ）為材料，研究了chi基因的共抑制和反義抑制以及表達產物增加對花色改良的作用，並在花色改變植株中首次觀察到花器官變異。
  2. According to these problems, we adopt to the method of mending material, optimize to fermentation media and partly ferment condition. finally, we excogitate a kind of fermentation technology that is suitable for target gene efficiency expressed and is advantageous of product purified. with the plasmid pbv220 - ifnr, pbv220 - hgfa, pbv220 - hgfb, pbv220 - hpk5 that expresses serve as the model, adopting the biostat - c15l of b. braun company, utilize the method of mending material to ferment, through optimization fermentation media and optimization partly ferment condition ( ventilate quantity, stir speed, mend material speed ), eventually establishment a kind of fermentation technology that is suitable for target gene efficiency expressed and is advantageous of product purified

    以我室構建並穩定表達的重組質粒pbv220 - - ifn 、 pbv220 - hgf 、 pbv220 - hgf 、 pbv220 - hpk5為模型，分別從不同的表達宿主菌中篩選出一種適合大規模生產的菌種bl21 （ de3 ） ，該工程菌株連續傳代100代表達質粒不丟失，表達量穩定；採用b . braun公司的biostat - c15l自控發酵罐，運用分批補料技術分別進行四種工程菌的高密度發酵，通過優化工程菌發酵的培養基配方及優化部分發酵條件（通氣量、攪拌速度、補料速度） ，最終建立一種適于目的基因高效表達的高密度發酵工藝模式。
  3. Since 1980s he has been studying the mechanism of normalization of abnormal blood pressure and the resetting of baroreceptor reflex by acupuncture and somatic nerve stimulation, effects of brain osmoreceptor stimulation on sympathetic nerve discharge and renal activity, the role of vasopressin in body fluid and salt homeostasis, difference in gene expression between hypertensive and normotensive rats, hypertension and cardiac ischemia - induced myocardial remodeling, effect of steroids on the nervous system, etc. with his research achievements, dr. yao was awarded science and technology progress prize sponsored by the state education commission grade a award in 1986, grade b award in 1995 and by the ministry of health grade b award in 1989 and 1993, grade a award of guang - hua science and technology prize 1995, and chinese universities science and technology prize grade b award in 2000

    近二十年來，他主要從事針刺和刺激軀體神經對心血管和腎臟活動的調整作用刺激腦內滲透壓感受器引起的交感神經放電和腎臟活動的改變血管升壓素在心血管活動調節和水鹽平衡中的作用原發性高血壓的相關基因高血壓和心肌梗死引起的心肌重構甾體激素對神經系統的影響等。他的科研成果曾獲得國家教委科技進步獎一等獎一項1986年二等獎一項1995年衛生部醫藥衛生科技進步獎二等獎二項1989 1993年光華科技基金獎一等獎一項1995年中國高校科學技術獎二等獎一項2000年。
  4. We designed a suitable probe in the experiment and used ribonuclease protection assay technology to detect the expression of pdipl gene in mouse liver at different time points after partial hepatectomy. we found that the expression of pdipl gene was increased. it reached the highest level after 12 hours and then decreased

    我們設計合適的探針，採用核酸酶保護反應等技術測定了pdip1 -基因在肝臟部分切除后不同時間在小鼠肝臟中的表達，發現pdip1 -基因在肝臟部分切除后表達增強， 12小時表達最強，以後表達減弱。
  5. It relies on the laboratory of the university of california in the united states, not only holding advanced product process in american and engaging in the ultramodern biology gene engineering research, but also introducing the most outlying scientific technology and products internationally into china

    公司以美國加州大學實驗室為依託，擁有美國先進的生產工藝，從事尖端生物基因工程研究，將國際最前沿的科技及產品引進中國。
  6. Recent studies show that dna transfer and recombination technology provides great potential for genetic improvement of zoysiagrasses ; molecular linkage maps were constructed from zoysia japonica and its hybrids with zoysia matrella ; the researches on gene cloning and gene resource are in progress

    最近的研究表明，基因轉移與重組技術在結縷草遺傳改良中具有巨大應用潛力；結縷草遺傳連鎖圖譜構建取得重要進展；基因克隆和基因資源研究正在展開。
  7. According to the cloned gene cluster, people can use genetical technology to obtain the genetical strains which can produce more potent and non - toxical avermectins and its derivatives

    這使得人們可利用基因工程技術來構建工程菌，增加有效組分的產出和生產新型的阿維菌素。
  8. In gene technology, there are some other problems of whether gene diagnosis are confidential, how to abort fetus with genetic diseases, and whether gene treatment results in virus infection and activates protocarcinogenic gene

    基因技術中基因診斷存在診斷是否保密、有遺傳疾病的胎兒如何進行人工流產；基因治療存在感染病毒和激活原癌基因問題。
  9. The legal status exploit and application of gene resources also become the point in dispute between the developed and the undeveloped. the essay holds the view that efficiency is more important than fairness, in order to encourage the company ' s investment into research and application of gene technology. our state should grant patent to gene technology, but only to discovery of gene ' s function, because excessive monopoly will make negative influence to development of research and industrial application, and do harms to justice

    就國家之間的利益關系來講，發達國家在基因挪的研究及產業應用水平遠高於娜中國家，其投資也非常巨大，所以需要通過基因序列專利來獲得壟斷敝，取得高額壟斷利潤，齪中國家由於挪橢，主貉技術引赫，因止隔望正蝴反，但缸因資源方面，阻中國家卻具有優勢敝，他們宣布擁有對本國基因資源的所有權，並以此為籌碼同發達國家進行排、對抗。
  10. Therefore, the determination of seb is very important for food hygienic analysis as well as for clinical analysis. nucleic acid hybridization technique is one of the widely - used methods in molecular biology and gene technology. the present work has developed piezoelectric biosensors used in the detection of seb dna by tacking the piezoelectric quarts crystal as a sensitive component while synthetic oligonucleotide probe as recognize molecule

    其中b型葡萄球菌腸毒素（ seb ）是一種通常條件下更穩定，毒性最強的毒素，而核酸雜交技術則是分子生物學和基因工程中最常用和最基本的方法之一，因此本論文以該毒素的產毒基因為檢測對象，以壓電石英晶體為敏感元件，以合成的寡核苷酸探針為識別分子，構建了用於seb基因檢測的壓電生物傳感器。
  11. How does gene technology affect the faces of the future

    基因科技會如何影響未來的臉呢
  12. In this paper, the relationship about biogenic amines and microflora of fermented foods, and methods how to improving bacterium with the gene technology were introduced

    著重介紹了發酵食品中的生物胺與微生物的關系，以及利用基因技術改造菌種的方法。
  13. There are different views on the matter of gene sequence patent between developed countries that is strong in research and industrial application of gene technology and developing countries that is weak in this field. besides, there are rich gene resources in developing countries that is what developed countries want

    基因序列專利的出現帶來了利益格局的調整，獲得基因序列專利可以壟斷基因的技術研究及產業應用的源頭，壟斷權大大擴張，與此對應，在公共利益上我們要考慮科研與產業的持續發展及分配正義等問題。
  14. The traditional patent law theory, with the age of mechanic industry as its basis, which encourages us to consider such questions as whether a gene, as an objective chemical substance was invented or discovered ; whether there are any ethical problems in the legal protection for genes an gene technology based on their natural connections with life ; what are the prerequisites for gene patent and how to solve the contradictions between eene patent and protection and utilization of gene resources

    特別是對構建於工業機械時代的傳統專利法理論提出了巨大的挑戰。促使我們去思考基因作為客觀存在的化學物質到底是發明還是發現、基於與生命的天然聯系對基因及其科技予以專利法律保護是否存在倫理道德問題、基因專利的條件以及基因專利與基因資源的保護和利用之間的矛盾等問題。
  15. On the social regulating mechanism of gene technology

    關于建構基因技術社會調控機制的思考
  16. Gene technology and patent power

    基因技術與專利權
  17. The ethic education thought of gene technology research and application

    基因診斷技術研究和應用中的倫理教育思考
  18. While improving the quality of man ' s life and living environment, gene technology has been lashing our present concepts and systems, esp

    基因科技在提高人類生活質量與改善生存環境的同時，也沖擊著我們現有的觀念和制度。
  19. With the intention to improve modern patent system and accelerate the development of gene science and technology for man ' s welfare, this article analyzes and gives the limited answer to these questions by studying the basic characters of patent system and its social functions combined with characters of gene technology and viewpoints of and - i - legislation for these questions from different countries in the present world

    本文將針對這些問題，從專利制度的本質特徵及其社會作用出發，並結合基因技術自身特點以及目前世界各國對這些問題的觀點和立法，進行具體分析並作出有限的回答。以期對完善現代專利制度，促進基因科技發展造福人類做出一些貢獻。
  20. The abilities of cultured cells mentioned above cannot be obtained just by optimization of medium formulations and the implementation of high - performance bioreactor configurations. modifying the cells themselves by gene technology to change their physiological exhibitions may provide a better way to make the cells more robust to challenging environments

    工程細胞上述能力的獲得僅由培養基配方和培養條件優化設計很難實現，必須從工程細胞本身著手，對細胞本身的生理特徵進行改造，才有可能實現。
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