鋁毒 的英文怎麼說

中文拼音 [lǚdú]
鋁毒 英文
aluminum toxicity
  • 鋁 : 名詞[化學] aluminium （13號元素, 符號al）
  • 毒 : Ⅰ名詞1 （對生物體有害的性質或物質; 毒物） poison; toxin 2 （毒品） drug; narcotics 3 （姓氏） a s...
  1. Toxicity problem in manufacturing and storage might be alleviated by coating beryllium with aluminum.

    但如果用鋁包覆鈹，則可避免加工過程中及儲存期間的中毒問題。
  2. The al - resistant ability of barley may be assessed by their critical concentrations

    進一步的實驗表明， vc能明顯抑制鋁毒誘導的sce 。
  3. We first reported al - induced programmed cell death in the root - tip cells of barley

    本研究首次報道了鋁毒誘導大麥根尖細胞程序性死亡。
  4. But most papers addressed mainly the mechanisms of al toxicity and tolerance in plant root system, because inhibition of root growth is one of the earliest symptoms of al injury and the most easily recognized symptom in solution culture

    然而，大多數文章主要綜述鋁對植物根系的影響及其耐性，因為根生長受抑是最早的鋁毒害癥狀之一和溶液培養時最容易辨認的鋁毒害癥狀。
  5. This paper reviews the effects of al on photosynthesis, photoprotective systems, water use efficiency ( wue ), water content, carbohydrate content, mineral nutrition, organic acids, and nitrogen metabolism in plant shoot, and also the mechanisms of al detoxification ( chelation of al with small organic compounds, and isolating al in the some parts, which are insensitive to al, such as vacuoles or epidermal cells ) by al accumulators

    為此，本文綜述了鋁對植物地上部光合作用、光保護系統、水分利用效率、含水量、碳水化合物含量、礦質營養、有機酸和氮代謝的影響，並對富鋁植物的解鋁毒機制（鋁與小分子有機酸螯合和把鋁隔離在對鋁不敏感的表皮細胞和液泡內）進行了綜述。
  6. Aluminum ( al ) is one of the most abundant elements present in the earth ' s crust

    鋁毒害是酸性土壤上限制植物生長發育的主要因素之一。
  7. Aluminum ( al ) toxicity is one of the most deleterious factors for plant growth in acidic soils because over 50 % of the world ' s potentially arable lands are acidic

    摘要全世界50 %以上潛在的可耕地屬于酸性土壤，鋁毒害是酸性土壤上植物生長最有害因素之一。
  8. Al toxicity is a major limited factor for crop production and quality in acid soil, and it has become the focus of ongoing research in the area of plant stress physiology and genetics

    鋁毒是酸性土壤影響作物生長的主要原因，已成為植物脅迫生理學與遺傳學的重要研究內容。
  9. At present, however, al toxicity mechanisms in plant are still not clearly understood

    然而，目前對植物鋁毒機制仍不清楚。
  10. Further studies show al toxicity indirectly induces sces through inducing ros

    推測鋁毒很可能通過誘導ros間接誘導sce的發生。
  11. The results of ul show al induced pcd possibly via a ros - activated signal transduction pathway

    本實驗表明，鋁毒對大麥bc發育有明顯的抑制作用。 20umowai對。
  12. Sensitive varieties of wheat were better than tolerable ones in efficiency of aluminum detoxification

    有機酸解鋁毒的效果因小麥品種而異，其中敏感小麥優于抗性小麥。
  13. Humai 16 at 20 umol / l al level, indicating that there is a negative correlation between al - induced sces and al - resistant ability in barley

    Humai16高，鋁毒誘導的sce率與大麥耐鋁性呈負相。
  14. The results showed that coated organic acids could efficiently alleviate toxicity of aluminum and increase wheat yield significantly

    結果表明，紅壤上施用包膜有機酸對小麥具有較好的解鋁毒效果，增加了小麥產量。
  15. These results suggest that sces are very sensitive to al toxicity hi the root tips of barley and can be also served as a sensitive indicator in al phytotoxicity

    這些結果表明，大麥根尖sce對鋁毒反應極為敏感，可作為植物鋁毒研究的敏感指標。用於鑒定大麥耐鋁性。
  16. These results suggest that al accumulation on cell wall is very closely related to pme activity on the root tips, and pme activity has an important role in al toxic sensitivity

    表明細胞壁上鋁積累與pme活性變化有密切相關性， pme活性在鋁毒敏感性中可能起著重要作用。
  17. Taken together, a possible mechanism for sa improving al - tolerance of c. tora is proposed : treatments with sa promoted the al - induced increase in citrate efflux, and this resulted in the decreased accumulation of al in root tips, thereby causing a limited oxidative stress and root growth inhibition

    Sa緩解c . tora鋁毒害的可能機制：增加檸檬酸的分泌，降低根尖細胞內al的含量，減輕鋁誘導的氧化損傷，從而增強c . tora對鋁毒的抗性。
  18. Al toxicity - induced ultraweak luminescence ( ul ), sister - chromatid exchanges ( sces ), programmed cell death ( pcd ) in root tips of barley, al - resistant genetic engineering and the role of root border cells in al toxicity were studied respectively, in order to explore some new pathways for al toxicity, al - resistant mechanism and genetic improvement

    大麥是鋁毒極為敏感的作物，本實驗以大麥為材料，開展了鋁毒誘導的根尖細胞超微弱發光、姐妹染色單體交換（ sce ） 、細胞程序性死亡、耐鋁基因工程及邊緣細胞在鋁毒中的功能研究。試圖為植物鋁毒及耐鋁機制和遺傳改良研究探索新途徑。
  19. There was a statistically significant and weak positive correlation between rers and rulrs ( r = 0. 63295 ), indicating that it is possible to estimate barley al - resistant ability using ul

    建立的大麥根尖超微弱發光技術用於鑒定大麥耐鋁性是完全可行的。首次研究了鋁毒誘導植物sce的效應。
  20. The present investigation focused on the al - induced citrate efflux and its relation to root elongation inhibition, and the possible alleviation of al toxicity in cassia tora l by exogenous sa

    本文研究了al誘導c . tora檸檬酸的分泌及sa對鋁毒害的緩解作用。
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