suaeda salsa 中文意思是什麼

suaeda salsa 解釋
鹽地堿蓬
  1. In order to endure salinity, salt - dilution halophyte, the suaeda salsa took the most important measures of succulence of some organs

    稀鹽鹽生植物堿蓬適應鹽漬環境的一個重要變化就是部分器官肉質化。
  2. Study on the leaf succulence of suaeda salsa under differently natural saline environments

    不同自然鹽漬生境下鹽地堿蓬葉片肉質化研究
  3. Salt treatment had effects on growth, succulence and some physiological parameters. in present study, suaeda salsa seedlings were treated with different salts and isoosmotic peg to examine the succulence and some physiological parameters. the hydraulic conductance ( lo ) of the roots, the water permeability of protoplasts and western blot analysis of aquaporins in plasma membrane and tonoplast under nacl were determined

    本實驗以鹽生植物堿蓬幼苗為材料，用不同的鹽及與nacl等滲的peg處理，測定肉質化及有關生理指標，並測定nacl處理下植物根的導水性，原生質體的水滲透性，並在分子水平上進行了細胞質膜及液泡膜水孔蛋白免疫雜交分析。
  4. 5 layer number of cortical cells in stem was n ' t changed evidently, however the ratio between cortical thickness and stem increased as well as the ratio between vascular cylinder and stem, up the gradient of nacl concentration. 6 stem dm of suaeda salsa remarkably decreased with increasing nacl concentration, so did the vessel dm of xylem in the stem

    （ 5 ）隨鹽濃度的增加，莖皮層細胞層數未發生明顯的變化，但皮層厚度所佔莖的比重增加，維管組織占莖的比重同皮層厚度與莖半徑的比值表現出相同的趨勢。
  5. The regeneration system of soybean cytoledon node and agrobacteriunr mediated transformation method is the first selection at present. in the second part of this experiment, the expression vector prok2 containing npt ii and ssnhx1 ( na + / h + antiporter ) gene from suaeda salsa was introduced into soybean cytoledon nodes by gene transformation mediated by agrobacterium tumefaciens, and kanamycin resistant transgenic p lants were obtained by screening in selective condition

    本實驗第二部分通過農桿菌介導法將含npt -和鹽地堿蓬na ~ + h ~ +反向轉運蛋白基因（ ssnhx1 ）的表達載體prok2導入大豆子葉節中，經過含km的篩選培養基連續篩選，獲得了ssnhx1轉基因植株，篩選劑卡那黴素的適宜濃度是50mg . l ~ （ - 1 ） 。
  6. Extraction of suaeda salsa oil by low intensity and multifrequency ultrasound technology

    低強度多頻超聲浸取堿蓬籽油
  7. 2. effect of nacl treatment on the subunits expressions and activities of h + - atpase and h + - ppase from suaeda salsa northern blot analysis indicated that the transcription of v - h + - atpase subunits b, h and c were obviously up - regulated by nacl stress. the transcripts of mrna of b and h subunits in 400 mmol / l nacl - treated plants were significantly higher than those in control during 0 - 120h and the mrna levels of b, h and c subunits were also increased under 100 and 400 mmol / l nacl treatment

    400mmol lnacl處理鹽地堿蓬植株0 - 120h發現鹽脅迫明顯誘導了鹽地堿鹽脅迫下鹽地堿茨液泡膜質子泵衷達分析及過量系達印mhxaw對擬甫芥耐鹽性的影響蓬液泡膜h 」 atpaseb 、 h亞基基因表達； 100 、 400mmol lnaci處理鹽地堿蓬植株，分析其葉片液泡膜h 」
  8. 2 effect of k + nutrition and nacl stress on the growth and k + content of suaeda salsa plants the results showed that the increase in growth of suaeda salsa plant was mainly due to the increase of shoots

    二拉營養和naci脅迫對堿蓬生長和k 」含量的效應堿蓬的生長主要以地上部分為主。 k 「營養供給缺乏時，堿蓬分枝較少，長時間缺k 」培養，葉片瘦弱，葉黃，老葉受害明顯。
  9. Under nacl stress, the activity of sod in leaves of suaeda salsa increased

    脅迫大於naci脅迫的原因之一。玉米在nazco 。
  10. This proved that k + nutrition played an important role in the growth of suaeda salsa

    可見， k 」營養在堿蓬生長中起關鍵作用。
  11. All of these mean that suaeda salsa can resist nacl stress effectively but can " t resist na2co3 stress effectively

    這些都表明，堿蓬的耐鹽性較強而耐堿性較差，即堿害大於鹽害。
  12. 8 the pith made of small parenchyma cells was long - oval, however the pith looked like a cross which devided the preliminary xylem into four parts was made of larger parenchyma cells. 9 there are well - developed aerenchyma in suaeda salsa, including large sub - stomatal chambers and intercellular spaces in palisade layer, spaces produced by lysigenous breakdown of cortical cells in stem and roots

    侶）髓在對照中僅由有限數目的較小的薄壁細胞構成，髓的形狀表現為長橢圓形， 50 、 100 、 200 、 400inmnaci處理下，髓中的薄壁細胞較大，細胞數目較多，髓呈「十」字形，將初生木質部分割為四部分，這一特殊現象在前人的工作中尚未報道。
  13. But more energy will be used if the plant depends mainly on the organic osmotica to regulate its osmotic potential. this is another reason which made suaeda salsa ca n ' t resist na2co3 stress effectively

    然而，植物用有機物來進行滲透調節所消耗的能量比用無機離子多得多，這也是在na _ 2co _ 3脅迫下堿蓬生長受抑的又一原因。
  14. First of all, the growth of suaeda salsa treated with nacl was consistent with its capacity of adaptation to salt condition. fresh weight, dry weight and organic dry weight of plant exposed to 200 mmol / l nacl for seven days were significantly enhanced compared with those of the controls, i. e. up to 198. 4 %, 153. 3 % and 120 % of those of the controls respectively

    200mmol lnacl處理時七天後，堿蓬的鮮重、干重和有機干重均顯著增加，分別為對照的198 . 4 、 153 . 3和120 ； 400mmol lnacl處理時，鮮重和干重仍明顯高於對照，為對照的154 . 8和150 ，而有機干重和對照相比無顯著差異。
  15. Compared with nacl treatment, under na2co3 stress, the organic osmotica played a more important role in osmotic regulation of suaeda salsa which maybe resulted from the adaptive reaction to high ph value

    和nacl處理相比，在na _ 2co _ 3脅迫下，有機物所起的滲透調節作用大於nacl處理，這也許是堿蓬為適應高ph環境而作出適應性反應的結果。
  16. Under na2co3 stress, the content of proline increased, so proline must be a kind of buffer in suaeda salsa

    Cos脅迫使na k十比增加的幅度都大於naci脅迫，即產生的離于不均衡現象更嚴重，這是ndico 。
  17. On the whole, the ability of resistance to na2co3 stress in suaeda salsa was less than that of nacl stress. the reason for this is concerned with many aspects

    所以我們可以斷定，在nz 0 。脅迫下，細胞質內的才含量一定大於naci脅迫，由此形成的na十毒害也大於naci脅迫的。
  18. Ssmapkk showed highest homology to the npk2 gene from nicotiana tabacum. genomic southern blot analysis suggested there was only one copy ssmapkk gene in suaeda salsa genome

    Ssmapkk與已報道的煙草npk2同源性最高， southern雜交表明該基因在鹽地堿蓬基因組中只有一個拷貝。
  19. A preliminary study on the artificial cultivation and breeding selection of suaeda salsa

    鹽地堿蓬人工栽培與品系選育初報
  20. We analyzed their sequence characterizations, genomic structures and transcription levels under salinity stress. the results indicated that ssvp showed highest homology to the vacuolar h + - ppase ( cvp ) gene from chenopodium rubrum and phylogenetic analysis indicated that ss vp and cvp share a cluster, which showed that they might be more similar in evolution. southern blot analysis showed that there was more than one copy of ssvp in the suaeda salsa genome

    本實驗從400mmol lnacl處理的鹽地堿蓬地上部分構建的zap - cdna文庫中克隆了編碼mapkk的全長cdna （ ssmapkk ， ay093683 ）和編碼液泡膜h ~ + - ppase的部分cdna （ ssvp ） ，據已知序列設計引物利用pcr方法獲得編碼鹽地堿蓬液泡膜h ~ + - ppase的全長cdna 。
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