osmotic adjustment 中文意思是什麼

osmotic adjustment 解釋
滲透調節
  • osmotic : adj. 滲透的。adv. -motically
  • adjustment : n. 1. 調整；調節（裝置）；校正。2. 調節。3. （賠償損失的）清算。
  1. Baccata > p. davidiana > p. ussuriensis > a. ginnala. under drought conditions, the ability of p. davidian ' s osmotic adjustment is decreasing, the others are increasing

    在乾旱脅迫條件下，山桃滲透調節能力減弱，其它三樹種滲透調節能力增強。
  2. The osmotic adjustment ability of salicornia bigelovii torr. was 1. 12mpa under 100mmol / lnacl, while osmotic adjustment ability of zea mays was only 0. 61mpa. 6. the effects of salt - treament on the ultrastructure of chloroplast of salicornia bigelovii torr

    100mmol / lnaci處理時，海蓬子地上部細胞汁液的滲透調節能力為1 . 12mpa ，而相同鹽度處理時玉米的滲透調節能力僅為o . 6lmpa 。
  3. It showed under 600mmol / l nacl the potential activity and efficiency of primary conversion of light energy of psii in shoots of salicornia bigelovii torr. decreased. 5. the effects of salt - treament on the osmotic adjustment ability of salicornia bigelovii torr. and zea mays the osmotic adjustment ability of the salicornia bigelovii torr

    在100 - 300mmol lnacl處理時，畢氏海蓬子的fv fm 、 fv fo升高， 600mmol lnacl處理時畢氏海蓬子的fv fm 、 fv fo降低，表明只有高鹽度時才對畢氏海蓬子光能轉化機構的完整性及psii的潛在活性造成傷害。
  4. Effect of nacl stress on peroxidation of membrane lipid and osmotic adjustment of muskmelon leaves

    脅迫對甜瓜幼苗葉片膜脂過氧化和滲透調節物質的影響
  5. Distribution characteristics of mainly osmotic adjustment substance of six shrubs and their drought - resistance in tsaidam basin

    柴達木盆地6種灌木主要滲透調節物質分佈特徵和抗旱性研究
  6. Therefore it can be conduded that mcsuchun can maintain ( or recover ) normal metabolism and osmotic adjustment ability of apple seedlings under drought condition, and increase drought resistance of the plant

    這說明，乾旱條件下摩素淳能提高蘋果樹苗的滲透調節能力，恢復或維持正常代謝水平，提高植物的抗旱性。
  7. The proline in roots, stems and leaves is also important osmolyte. they will accumulate markedly with water stress aggravation. but inorganic ion acted less in osmotic adjustment process of cynanchum komarovii

    牛心樸子在peg （ 6000 ）處理時，可溶性糖大量積累，可達到1000 - 2000倍，並在一定范圍內隨著滲透強度（ peg濃度）的增大而增加。
  8. Acquiring the novel drought resistance genes with knowledge property right became very important to our country. the research demonstrated that plant could adapt water stress through signal transduction, osmotic adjustment, desiccation protection and metabolic changes

    研究表明，植物能夠通過信號傳遞、滲透調節、代謝調整、脫水保護等多種機制適應乾旱脅迫，與其相關的基因相繼被克隆應用於生產實踐。
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