植物遺體 的英文怎麼說

中文拼音 [zhíwùyítǐ]
植物遺體 英文
plant remains
  • 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...
  • 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...
  • 體 : 體構詞成分。
  • 植物 : plant; flora; botany; stray; greenery; phyton; phytum; phyta; phyt ; phyto ; phyte : 草本植物 her...
  • 遺體 : remains; bone
  1. Tequila, made from agave, a blue cactus - like plant native to western mexico, sells for as little 10 a bottle and was traditionally the drink of farmers and laborers

    最初龍舌蘭酒很便宜，是農民和體力勞動者常喝的酒，后來這種酒在全球開始風靡，聯合國教科文組織也把這種藍色仙人掌樣子的原料植物列為了世界遺產。
  2. Background : in - vitro maturation ( ivm ) of human oocytes would be an attractive alternative to gonadotrophin stimulation for in - vitro fertilization ( ivf ). it could avoid the complications of gonadotrophin stimulation and reduce the cost of drugs. however, the efficiency of existing ivm technique is suboptimal because embryos resulting from ivm oocytes exhibit frequent cleavage blocks and low implantation rate

    研究背景：近20年來，輔助生育技術有了突飛猛進的發展，體外受精、卵漿內單精子注射技術（ intracytoplasmicsperminjection ， icsl ）和種植前遺傳學診斷技術的成熟標志著人類生殖醫學進入了嶄新的領域，但同時也不能否認，在這一領域中還存在諸如妊娠率低、藥物副作用和多胎率高等問題。
  3. For example, in genetics, if a heterozygous plant is selfed, the probability of finding the double recessive is 1 in 4, or 25 %

    例如在遺傳學上，一個雜合的植物體為自花受精，發現雙隱性性狀的概率為1 / 4或25 % 。
  4. Many studies show that leafy is high homolog even among distantly related plant species. exception of these, little studies on tissue culture and transformation of ginkgo have been done. this paper emphasizes on the isolation, cloning and analysing two ginkgo orthologs of leafy from the male tree

    為此，本實驗從銀杏leafy同源基因的克隆入手，分析其雌雄株lfy基因結構差異，構建lfy基因的植物正義反義表達載體，建立矮牽牛遺傳轉化體系，以研究銀杏lfy同源基因的功能，同時建立了銀杏組織培養體系，為銀杏的遺傳轉化和提早開花結果奠定基礎。
  5. Saprobe ( saprophyte ) an organism that derives its nourishment by absorbing the products or remains of other organisms

    腐生植物：該類生物直接以其他生物的光合產物或遺體為營養來源。
  6. As a popular vegetable, tomato is rich in vatamin a, b, p and other nutrients ; among them, lyxopene can prevent prostate gland tumor. so introducing stilbene synthase gene into tomato to get new health - protection tomato will have important social and economic effect. our research is made up of four parts ; the cloning and sequencing of stilbene synthase ; tomato genetic transforming mediated by agrobacterium - lba4404 ; quantification of resveratrol in transgenic tomato by hplc analysis

    本研究包括四個方面的內容：芪合酶基因（ stilbenesynthasegene ）的克隆與全序列分析；芪合酶基因（ stilbenesynthasegene ）植物表達載體的構建；農桿菌lba4404介導的番茄遺傳轉化： hplc技術分析轉基因植株中表達白藜蘆醇的含量。
  7. Leaves of tobacco ( nicotiana tabacum ) were wounded, infected by agrobacterium tumefaciens strain lba4404 and gv3101 : pmp90 harboring expression vector pbgsb and pbglsb and co - cultured for 3 days in darkness on the culture medium ( ms + 0. 5mg / l 6 - ba + 0. 7 % agor ph 5. 7 )

    4以煙草（品種sr ）無菌苗葉片為外植體，採用農桿菌浸染的葉盤轉化法，用構建好的植物表達載體對煙草進行遺傳轉化。外植體置於無抗生素的誘芽培養基（ ms 0
  8. The engineering bacterium which carried bcih i - chi and i - glu cdna was pcg - ii. two methods of agrobacterium - mediated and gene gun were used to transformate long ya lillium. the results of pcr analysis and southern dot blotting hybridization demonstrated that the chi a nd glu cdna have been intergrated into host genome. at the same time ; compared agrabactenum - mediated method with gene gun method, the transformation frequency of the former was 16. 7 %, while the latter was 50 %, so gene gun transformation method was suitable for long ya liiliwn

    用攜帶有幾丁質酶基因和- 1 、 3葡聚糖酶基因的工程菌，通過農桿菌介導法和基因槍轉化法轉化龍牙百合，經pcr和點雜交檢測證明外源基因已經整合到植物染色體中。同時對農桿菌介導法和基因槍法進行比較，發現農桿菌介導法的轉化率為16 . 7 ，基因槍法的轉化率為50 ，因此可能基因槍轉化法更適于龍牙百合的遺傳轉化。
  9. Construction and transformation of inverted repeat of turnip mosaic virus coat protein gene

    基因反向重復植物表達載體的構建及遺傳轉化
  10. Green fluorescent protein ( gfp ) gene was conjugated to the 3 " end of the pap gene in order to screen easily of the transgenic cotton plants. the combined gene was cloned into plant expression vector pbi121 and then transformed. about 5000 seeds of the transgenic cotton were obtained and the some seedlings of the transgenic cotton could give a bright green fluorescence in the dark condition when the cotton seedlings were irradiated with ultraviolet rays

    為了便於轉基因棉花後代的篩選，在pap基因的3 』端融入了綠色熒光蛋白gfp ）基因，然後將融合基因克隆在植物表達載體pbi121上，再進行遺傳轉化，得轉基因棉花種子5000餘粒，將種子播種長到于葉展開時，先在黑暗中用紫外燈照射，查找表現綠色熒光的幼苗，然後再用地高辛（ dig ）標記的pap基因特異性探針對這些棉花進行點雜交，最後發現有8株棉花表現陽性反應，說明pap基因的確己經轉到了棉花的基因組中，其棉花黃萎病的抗性鑒定正在進行之中。
  11. Armed with modified antibacterial peptide ( spcema and mcema ) and plant defensin afp, transgenic plants with broad - spectrum and strong disease resistance may be obtained

    以上三個單價和一個雙價抗菌肽表達載體在植物中的遺傳轉化，有望獲得對病源真菌有廣譜抗性的轉基因植株。
  12. This promotes genetic varation in the population especially in plants that are dioecious and moneclous

    可以在種群中產生遺傳變異，特別是在一些雌雄異體或雌雄同體的植物中。
  13. The resulting plasmid, named prok - sod2, was mobilized to agrobacterium tumefaciens strain gv3101 used for plant transformation. the yeast sod2 gene was introduced into arabidopsis thaliana ( ecotype landsberg erecta ) by agrobaterium tumefaciens - mediated transformation with floral - dipping method under the control of camv 35s promoter. transformants were selected for their ability to grow on medium containing kanamycin ( 30mg / l ), several homozygous lines that were all tolerant to kanamycin were selected and used for further molecular and physiological determination

    本實驗將sod2基因構建到植物表達載體prok中，導入農桿菌后，進行植物遺傳轉化，實現其在擬南芥中過量表達，在含30mg l的卡那黴素的培養基上篩選獲得純合轉基因株系，自交一代獲得足夠的純和轉基因種子后，對其進行了分子生物學的驗證及生理指標的檢驗。
  14. Construction of plant expression vector with human endostatin gene and transformation of tobacco

    利用人內皮抑素基因構建植物表達載體及對煙草的遺傳轉化
  15. The isozyme took one kind of important genetic marker is widely applied to biology research each domain, the plant isozyme can in the very great degree be able to reflect between the plant individual the heredity difference, is surveys the gene difference and the hereditary change one important method

    同工酶作為一種重要的遺傳標記被廣泛應用於生物學研究的各個領域，植物同工酶能夠在很大程度上能反映植物個體之間的遺傳差異，是探測基因差異和遺傳變異的一種重要手段。
  16. Cy will be displayed in a glass jar in the lost world museum, which adolfi hopes to open in nearby phoenix this fall. other exhibits will include giant plants and eggs, deformed animal remains and archaeological finds, adolfi said

    據悉，阿道菲博物館的其它展品還包括巨型的植物和卵畸形的動物遺體，和考古學家發現的一些奇珍異品。
  17. The liquid comes from the remains of plants and animals that dead millions of years ago

    這種液狀物來自於幾百萬年前死亡的動、植物遺體。
  18. Chloroplast genetic engineering, a new technology that could overcome many problems associated with nuclear genetic engineering, is of growing interest for bioproduction of valuable materials. it has several advantages including the extraordinarily high level of transgene expression and environmental safety, the favorable environment for prokaryote gene expression, the absence of " position effect " and gene silencing

    葉綠體基因工程是隨著植物遺傳轉化技術發展剛剛興起的生物技術，具有超量表達外源基因，為原核基因提供適宜表達環境，消除「位置效應」和基因沉默，環境安全性好等優點，較更適合用於植物生物反應器方面的研究。
  19. Abstract : in the paper ， the relationship between genetic analysis of fungi and genetic analysis of high animal and plant was discussed. a good results were obtained when we adopted this method in the teaching

    摘要本文以認知結構理論為指導，討論了真菌類遺傳分析與高等動植物遺傳分析的內在聯系，認為利用這種內在聯系進行教學可收到好的效果並說明了作者的具體教學過程。
  20. Proteome techniques have widely been applied to the fields of plant genetics, plant development, and plant physiology and ecology to investigate plant genetic diversity, plant development such as seed maturation and germination processes, differentiation of plant tissue and organ, separation and functional identification of novel component of various organells, mechanisms of plant adapted to abiotic or biotic stresses including high temperature, low temperature, high salt, drought, and pathogens and insects, and interaction of plant with microbe

    摘要蛋白質組技術已廣泛應用於植物遺傳、發育和生理生態等諸多生物學領域，主要研究植物的遺傳多樣性、植物發育（如種子成熟與發芽過程） 、組織器官的分化過程、不同亞細胞結構的新蛋白組分的發現及其功能鑒定、植物對非生物逆境（包括高溫、低溫、高鹽和乾旱等）和生物逆境（病蟲害）的適應機制和植物與微生物（根瘤共生體）相互作用機制。
分享友人
分享到 Line

分享到臉書