malus 中文意思是什麼

malus 解釋
梨花海棠
  1. From 24th august of 2001 to 8th april of 2002, gala ( malus cv. gala ) and golden ( m. cv. golden delicious ), stored with three different models of cold storage, air condition and ultro - lower oxygen, were kindly provided in different sale time by inter - profession technique center of fruit and vegetable of france. the fruits were cut into three parts of the skin, pulp and core according to the human edible habit. the apple polyphenolics in the skin and pulp were determined by thiolysis hplc and unthiolysis hplc in institut national de la recherche agronomique, laboratoire de recherches cidricoles

    為建立能全面測定蘋果果實多酚的hplc方法，同時為蘋果營養標簽的制定提供不同銷售時期蘋果多酚含量的依據，指導貯藏方式和時期的選擇，明確的消費信息，自2001年8月24日至2002年5月15日，由法國果蔬跨行業技術中心提供普通冷藏、氣調和超低氧方式下，不同銷售時期的嘎拉（ malus ， cv . gala ）和金冠（ m . cv . goldendelicious ）為試材，根據蘋果食用習慣將果實分為果皮、果肉和果心二部分，利用硫解hplc和非硫解hplc定量分析世界主栽品種金冠和嘎拉果皮和果肉多酚物質含量，並對不同貯藏方式下和同一貯藏方式下的不同商業貯藏時期多酚物質含量作了比較。
  2. Pome a fleshy pseudocarp fruit, characteristic of the family rosaccae, e. g. apple ( malus )

    梨果：一種肉質假果，是薔薇科植物的特徵。
  3. Studies on the pod activities in pearleaf crabapple malus zumi leaves damaged by plum spider mite tetranychus viennensis

    暗條件下萬壽菊根氯仿提取物對山楂葉蟎酯酶的抑制作用
  4. Study on the taxonomy of malus florentina schneid

    弗洛倫薩海棠分類地位的研究
  5. Influences of nitrogen ratio and carbon sources on adventitious shoots regeneration of malus zumi leaves in vitro

    氮源比例和不同碳源對珠美海棠離體葉片再生不定芽的影響
  6. Abstract : the ecological benefits on various bunds planted with vegetation were studied using fuzzy comparison analysis method ， the results showed that the bunds of amorpha fruiticosa ， biomass ， caragana korshinskii are relatively good ， especially the bund of amorpha fruiticosa is the best ， whereas the bund of malus spectabilis is somewhat insuperior to any other bunds

    文摘:通過對幾種生物埂生態效益的模糊對比分析結果表明，紫穗槐、黃花菜、檸條埂的生態效益相對較好，尤其是紫穗槐埂為最優，而海棠埂則稍差一些。
  7. Ii ) some native spcies, eg. crateagus wilsonii, cerasus szechuanica, malus prati, toxicodendron verniciflua, are dominants and co - edificators in almost every woody communities

    2 ）華中山楂、四川櫻桃、川滇海棠、漆樹等鄉土樹種在幾乎所有木本群落階段（針葉純林除外）都是優勢種或共建種。
  8. 705bp dna fragment of mxnrampl gene and full cdna of mxlrtl gene which were related to resist iron stress were cloned by using malus xiaojinensis cheng et jiang - the first iron - efficient genotype in the genus malus in the world as material. ( 1 ) using fragment of nramp gene from wheat and fe ( ll ) - transporter gene fragment of maize ( zmlrt ~ ) as probes, we analysed these genes by blotting hybridization technique in malus xiaojinensis cheng et jiang

    本實驗以中國農業大學園藝植物研究所篩選到的一個蘋果鐵高效基因型? ?小金海棠（ malusxiaojinensischengetjiang ）為試材，分別克隆了小金海棠的抗缺鐵相關基因mxnramp1基因的752bp基因組dna片段和fe （ ） -轉運蛋白基因（ mxirt1 ）的cdna全長，為深入探討小金海棠抗缺鐵的分子機理奠定了基礎。
  9. Studies on the flora of the genus malus mill. in hengduan mountainous region

    橫斷山區蘋果屬植物區系地理學研究
  10. A study on the taxonomy of malus trilobata schneid

    三裂葉海棠分類地位的研究
  11. Experiment study of pharmacodynamics of malus hupehcnsis decoction

    湖北海棠葉煎液藥效學實驗研究
  12. The root system of malus toringoides is so developed that it can grow on prior soil and in cracks of rock. like malus transitoria, malus toringoides tolerant to draught and can grow on sunny dry slope, rocks of steep cliffs, barren stone area, roadsides and field sides. malus toringoides was also adapted to habitat shade and can grow normally gorges of hill, and even on sides of brook and river, where water often attack on

    變葉海棠根系發達，能穿透堅硬的土層和巖石裂縫，它具有喜光耐旱的特點，在陽坡、凸坡、懸崖峭壁、瘠薄堅硬的石穀子地、道路兩旁和農耕地邊都能正常生長，與花葉海棠近似；變葉海棠也具有喜濕耐陰的特點，在深山峽谷、甚至在根系長期經受洪水侵襲的溪邊、河岸也能正常生長，與隴東海棠近似。
  13. The most widespread species is malus hupehensis ( pamp. ) rehd., whose distribution covers 17 provinces, municoplalities and autonomous regions

    在所有種類中，分佈最廣的種是湖北海棠，達18個省、市和自治區。
  14. Biodiversity in addition has become a hot point of recent study. many researches on species diversity of mains millerwere reported, the studies on genetic diversity were rarely reported, especially for the species such as malus toringoides hughes, which is rich in morphological and genetic diversity

    遺傳多樣性和生態環境多樣性、景觀多樣性和人文多樣性等幾個方面，而蘋果屬植物物種多樣性的研究比較多，但種內的多樣性及其類型分化的研究少有報道，對于形態和遺傳物質多樣性都相當豐富的變葉海棠更是如此。
  15. The altitude variation of the distribution of the different malus species in china reaches nearly 4000 meters, and they grow on various types of soil, even on desert, alkaline soil and on overhanging rocks and steep cliffs

    在我國，蘋果屬植物不同種類分佈的生境差異極大，生長的海拔范圍差異近4000米，能生長在各種不同類型的土壤上，甚至沙漠、鹽堿地到懸崖峭壁上都能生長。
  16. It is very important to investigate and clone related genes under fe - deficiency stress in malus xiaojinensis, which not only provides the probability for exploring molecular mechanism of the absorbability and transport of fe, but also may enhance the resistance under fe - deficiency stress of plants by inserting related genes into chromosome genome

    因而研究和克隆缺鐵脅迫相關基因不僅為進一步研究蘋果吸收、轉運鐵的分子機制提供基礎。其次，在提高植物對鐵脅迫抗性的遺傳育種中，可以利用基因工程技術，將鐵脅迫相關基因整合到作物染色體基因組中，從而達到有效控制鐵營養的目的。
  17. Studies on the flora of the genus malus mill

    蘋果屬植物區系地理學研究
  18. Rules for the quarantine of seedling of malus mill for entry - exit

    進出境蘋果屬種苗檢疫規程
  19. The study was undertaken to isolate fe ( ii ) - transporter cdna and related binding protein cdna under fe - deficiency stress from a fe - deficiency root cdna expression library of malus xiaojinensis by screening library using maize fe ( ii ) - transporter cdna and wheat tamre - bp cdna as a probe. the main results as follows : 1 out of approximately 120000 plaques, four positive cdna clones encoding fe ( ii ) - transporter proteins, designated pftl -

    本試驗以蘋果屬小金海棠（ malusxiaojinensischengetjiang ）為試材，利用玉米fe （ ）轉運蛋白基因片段以及小麥金屬反應元件結合蛋白tamre - bpcdna為探針，篩選小金海棠缺鐵根cdna表達文庫，目的在於克隆蘋果鐵高效基因型小金海棠的fe （ ）轉運蛋白基因以及與缺鐵脅迫相關的結合蛋白基因。
  20. In the past several decades, all kinds of research work have been carried out on the genetic resources of genus malus species. therefore, much progress has been made concerning the studies of the number of species, geographical distribution, morphology, classification, cytology, cell biology, reproductive biology and resistance characters to various environmental stresses

    在過去的幾十年中，我國的蘋果資源研究工作者對蘋果屬植物的種類、數量、分佈、形態學、系統學、孢粉學、細胞學、生殖生物學和抗逆境生物學特性等眾多方面開展了廣泛、系統和深入細致的研究，取得了許多重要成果，但也存在明顯不足。
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