植物快繁 的英文怎麼說

中文拼音 [zhíwùkuàifán]
植物快繁 英文
rapid plant propagation
  • 植 : Ⅰ動詞1. （栽種） plant; grow; cultivate 2. （樹立） establish; set up Ⅱ名詞（姓氏） a surname
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 快 : Ⅰ形容詞1 （速度高; 走路、做事等費的時間短） fast; quick; rapid; swift; speedy 2 （趕快; 從速） hu...
  • 繁 : 繁名詞（姓氏） a surname
  • 植物 : plant; flora; botany; stray; greenery; phyton; phytum; phyta; phyt ; phyto ; phyte : 草本植物 her...
  1. Scientists have discovered the tree mallow is choking puffin breeding sites on scottish islands and have warned that the plant could soon start killing off other seabirds, such as herring gulls and cormorants

    科學家發現花葵正在扼殺海雀在蘇格蘭離島上的繁殖地，並警告這種植物很快就會開始殺害其他的海鳥，如銀鷗和鸕? 。
  2. Based on the survey of viruses infecting araceae plants from in zhejiang province, hunan province, hainan province and other regions in china, pathogenic viruses of this family were detected and identified. sequence similarity was compared between dasheen mosaic virus ( dsmv ) isolates of different origin. virus - free seedlings were obtained for two important taros cultivar, colocasia esculenta cv

    本研究論文對我國浙江省、湖南省和海南省等地的天南星科植物上的主要病毒進行了檢測和分子鑒定，比較了該科主要病原病毒芋花葉病毒（ dsmv ）不同分離物的序列同源性並分析其種內分化關系；同時，我們對2種重要的芋屬栽培作物? ?奉化芋艿頭、烏梗芋（ colocasiaesculenta ）和我國特有的天南星科藥用植物? ?掌葉半夏（ pinelliacordata ）進行了脫毒培養和快速繁殖研究。
  3. Establishment of hypocotyl regeneration system of capparis spinosa l

    藥用植物刺山柑快繁再生體系的建立
  4. This suggestion led many scientists to scale the new heights of science. in 1958, f. c. steward had successfully cultivated the cell from carrot root into an entire plant, which blossomed and had seeds. he had got important breakthrough and laid the important foundation of the technical program of tissue culture

    植物非試管高效快繁技術經過在全國各地各種氣候帶、各種土壤連續近18年的研究、試驗、開發、生產、推廣，已形成一個完整的技術體系，是一項十分成熟的技術。
  5. Now it has been successfully used in the propagation of more than 550 plants, showing a general effect

    他發明的植物非試管高效快繁技術被列為中國科技發展50年大事記。
  6. Green rapid cloning is a forever high - profit industry. ternpc overcame all shortages of the plant tissue culture and conventional seedling techniques, with its advantages of easy operation and popularization, cost thriftiness, industrialized seedling production, and high survival and cloning rate

    建立在西部地區的以開發推廣植樹造林園林植物為主的經濟林苗木的快繁為主，為西部大開發生態城市的建設全國生態環境的改善做出自己的貢獻。
  7. Technology permits the use of all the ancient chinese traditional crafts, combining modern and advanced production technology handmade paper, application of pure natural plant fiber, painstakingly developed a rice paper, calligraphy paper, pizhi, yunlong, crepe paper, the color cotton rag, floating with paper, art paper, paper embossing, spent thousands of papers identified various special paper, a wide variety, complete specifications, the colors are different and pure color, crisper yanli, dual paper into natural texture, versatility, and paper, more prominent, and scent of mexican structured rising force uniform

    所有工藝紙利用中國古老的傳統工藝，結合現代先進的手工紙生產技術，應用純天然植物纖維，精心研製開發了宣紙，書畫紙，皮紙，雲龍紙，皺紋紙，色棉紙，浮染紙，美術紙，凹凸紙，花辨紙等上千多種特殊紙張，品種繁多，規格齊全，顏色各異，色澤純正，明快艷麗，紙張肌理天然偶成，多姿多彩，宣紙更為突出，韻墨層次分明漲力均勻。
  8. A new evaluation made on may 28, 2002 indicates that the intangible assets of ternpc reaches 1. 6288 billion yuan, which is the highest in agriculture - related techniques. men of insight have a good prospect of ternpc

    該技術是一個專有技術，已在550多種經濟植物的快繁中取得成功，顯示出對大多數經濟植物無性快繁具有普遍意義。
  9. It is a proprietary technique, and has been used successfully in the rapid propagation of more than 550 kinds of economic plants, showing popular significance to the vegetative propagation of most economic plants

    植物非試管高效快繁技術（ ternpc ）在國內外為首創發明以來，已在國內各地生產中提出的550餘種經濟植物獲得快繁成功。
  10. There are many achievements in the lab, but they cannot be carried out in the fields. the ability to meet the great demand of large quantity and low price is out of expecting

    植物非試管高效快繁技術ternpc無論在西北的沙漠荒地，東北的黑土地，華南的紅土地，還是華北華中大地均已燃起了大面積推廣的燎原之火。
  11. In such condition the ideal productivity could not became true let alone industrialization. conventional methods such as cuttage, graft, layer, have been used for nearly 2000 years by the most people. they are simple and easily spread, but with low propagating speed

    植物非試管高效快繁技術（ ternpc ）無論在西北的沙漠荒地，東北的黑土地，華南的紅土地，還是華北華中大地均已燃起了大面積推廣的燎原之火。
  12. This paper deals with the methods for in vitro conservation of gesneriads. the another purpose of this experiment is to search and demonstrate the high regenerative capacity of leaf tissue of gesneriads

    本實驗主要以刺齒唇柱苣苔和煙葉唇柱苣苔為主要實驗材料，運用組織培養的方法，對苦苣苔植物的離體保存、快速繁殖過程進行探討。
  13. Tissue culture and rapid propagation of two plants

    兩種植物小莖尖組織培養及快速繁殖
  14. In view of the birth of plant tissue culture research institutions in all parts of the country in succession and tissue culture industry investment upsurge in recent years, this paper superficially analysed the application prospects and limitations of the woody plant tissue culture technique in the scientific research and production from the aspects of woody plant tissue culture technique characteristics, present industrialization situation, existing problems and solutions, etc., which provides the references for developing the test - tube fast - propagation technique and studies in the commercial application field in our country better, predicting the benefit of popularization and application of woody plant tissue culture technique in the forestry production as well as avoiding the blind investment risk

    摘要針對近年來全國各地植物組培研究機構的相繼誕生和組培產業投資熱潮，從木本植物組培技術特點、產業化現狀、存在的問題及解決的方法等方面，淺析木本植物組織培養技術在科研與生產中的應用前景與局限，為廣大科技工作者更好地發展我國試管快繁技術和商業應用領域的研究，客觀正確預測木本植物組培技術在林業生產中推廣應用的效益及避免盲目投資風險提供參考。
  15. The invention of the technique of efficient rapid non - test tube plant clone ternpc has been put in the 50 memorabilia of science and technology development of china. li changxiao is now the executive director of china hi - new technology industrialization research association, member of the standing committee of hi - new technical expertise committee of china agricultural technology spreading association, executive director of china quality inspection association

    年至年又在省級生物技術專業研究機構轉向細胞工程中植物細胞組織培養應用研究，連續十年從事大規模植物組培試管快繁技術工作，曾擔任西北生物技術協作委員會委員寧夏組織培養協作組組長，生物學會副理事長，成為生物技術植物組織培養方面的專家。
  16. And this had brought progress to series of academic subjects such as morphology, cytology, physiology, biochemistry, heredity, breeding, agriculture, forestry, horticulture, medicine and pharmacology etc. the technique has already been used all over the world for the propagation of valuable flowers and plants, fruit trees, vegetables, oil plants, grain crops, as well as the propagation of valuable chinese medicinal herbs, some of which have been industrialized

    植物非試管高效快繁技術與植物組培試管快繁和傳統育苗技術相比的先進性，及其在技術生產運用中的特點為： １ 、用植物3毫米- - 1厘米長的微型繁殖單位材料（包括一葉一芽） ，直接接種在大田沙床或營養袋中，一次成苗直至供應生產，不需任何移動，育苗成活率極高。
  17. This technique, invented by professor li changxiao, is a completely - new system for rapid plant propagation. through a long - time applied practice, it has been proved to be an important breakthrough both in the tube rapid plant propagation of modern bio - technology and in the conventional seedling - growing technique which has been used by mankind for nearly 2000 years

    李長瀟研究員發明的「植物非試管高效快繁技術（ ternpc ） 」是一個全新的植物快繁體系。該技術經過長期的應用實踐證明，它同時對現代生物技術中植物試管快繁和人類歷史應用近2000年的常規育苗技術具有雙重重大突破。
  18. Then he changed his direction to plant tissue culture in a biotech research institute in 1984 and went on with it in the next ten years. during those times he specialized in tissue culture and published more than 30 scientific research theses. he was the member of biotech committee of northwest five province, leader of tissue culture cooperative group, deputy director of ningxia biology society

    １ ９ ８ ４年至１ ９ ９ ３年又在省級生物技術專業研究機構轉向細胞工程中植物細胞組織培養應用研究，連續十年從事大規模植物組培試管快繁技術工作，曾擔任西北生物技術協作委員會委員、寧夏組織培養協作組組長，生物學會副理事長，成為生物技術植物組織培養方面的專家。
  19. The paper overviews the formation and characteristics of the technique of rapid propagation of free virus in plant tissue culture, and its application in flower, wood, fruit tree, vegetable. . etc., and introduces the main technical link to produce the seedling, including the function and choice of media, the principle and need of donor plants, tame method and transplant request of plant, productive plan of seedling and budge means of cost

    摘要綜述了植物離體快速繁殖技術和脫毒技術的形成、特點及其在花卉、林木、果樹、蔬菜等方面的應用，闡述了利用快繁與脫毒技術生產種苗的主要技術環節，包括培養基的作用和選配要點、外植體選取的原則和快繁與脫毒的不同要求、試管苗馴化的方法與移栽要求、種苗生產計劃的制定與成本預算方法。
  20. Hostas, as important landscape plants used for ground cover in the forest, have been planted in europe and america countries for many years. being ornamental value of flowers and foliages, broadly adaptable and shade tolerance, hostas have been broadly applied for landscape use in china in recent years. based on systemically analysis of hosta germ plasm resource, cultivar resource, and the status of multipropagation technology and chimera researches, some investigation and experiments have been done in this article, including tissue culture, chimera characteristics, production and applying status of hostas in china

    本文在較為全面、系統地分析玉簪屬植物種質資源與品種資源、擴繁技術和嵌合體研究問題的基礎上，以幾種玉簪屬植物和花葉玉簪的主要園藝品種為試材，進行了組織培養快繁的比較試驗；並利用植物生理生化與形態解剖學手段，對性狀穩定且具有推廣價值的花葉玉簪品種h . 『 sosweet 』進行了嵌合體特性的研究；本文還對玉簪屬植物在國內的引種、生產和應用現狀進行了調查、分析。
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