安徽农学通报
安徽農學通報
안휘농학통보
AUHUI AGRICULTURAL SCIENCE BULLETIN
2014年
24期
19-20
,共2页
水杨酸%香樟叶片%低温胁迫%超氧化物歧化酶
水楊痠%香樟葉片%低溫脅迫%超氧化物歧化酶
수양산%향장협편%저온협박%초양화물기화매
Salicylic acid%Cinnamomum camphora leaves%Low temperature stress%SOD
该文研究了外源水杨酸（SA）对低温胁迫下香樟叶片SOD活性的影响，为香樟在我国北方地区的引种提供参考。以多年生香樟叶片为试材，分别在5℃，-5℃，-10℃下进行低温胁迫处理后，叶面再分别喷施0，0.5，1.0，2.0mmol/L浓度的SA，然后测定其SOD活性。结果表明，外源水杨酸浓度在0～2.0mmol/L，随着SA浓度的提高，不同低温胁迫下香樟叶片中超氧化物岐化酶（SOD）活性的提高也越大；适宜浓度的外源SA能够减弱低温对香樟叶片正常生长发育的影响。
該文研究瞭外源水楊痠（SA）對低溫脅迫下香樟葉片SOD活性的影響，為香樟在我國北方地區的引種提供參攷。以多年生香樟葉片為試材，分彆在5℃，-5℃，-10℃下進行低溫脅迫處理後，葉麵再分彆噴施0，0.5，1.0，2.0mmol/L濃度的SA，然後測定其SOD活性。結果錶明，外源水楊痠濃度在0～2.0mmol/L，隨著SA濃度的提高，不同低溫脅迫下香樟葉片中超氧化物岐化酶（SOD）活性的提高也越大；適宜濃度的外源SA能夠減弱低溫對香樟葉片正常生長髮育的影響。
해문연구료외원수양산（SA）대저온협박하향장협편SOD활성적영향，위향장재아국북방지구적인충제공삼고。이다년생향장협편위시재，분별재5℃，-5℃，-10℃하진행저온협박처리후，협면재분별분시0，0.5，1.0，2.0mmol/L농도적SA，연후측정기SOD활성。결과표명，외원수양산농도재0～2.0mmol/L，수착SA농도적제고，불동저온협박하향장협편중초양화물기화매（SOD）활성적제고야월대；괄의농도적외원SA능구감약저온대향장협편정상생장발육적영향。
The effect of salicylic acid(SA)on SOD activity of Cinnamomum camphora leves was studied un?der low temperature stress in order to provide references for introducing C.camphora to northern China in this paper. Many years old C.camphora leaves were used as test material,under the low temperature,5℃,-5℃ and -10℃respectively,stress processing,blade surface spray 0,0.5,1.0,2.0mmol/L concentration of SA respectively,then measure its SOD activity.The result showed that exogenous salicylic acid in 0~2.0mmol/L, along with the increase of the concentration of the SA,super oxide disproportionation enzyme activity(SOD) of camphor leaves increased under different low temperature stress enzyme(SOD)activity increased;it has been concluded that SA in appropriate concentration can slow down the effect of low temperature and sup?port normal growth and development of C.camphora leaves.
