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Effect of seed soaked with urea solution on the cold tolerance of rice seedlings
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作者 YAN Wenchao QIU Boqin JIN Qingsheng and LUO Rubi,Crop Inst,Zhejiang Acad of Agri Sci,Hangzhou 310021,China 《Chinese Rice Research Newsletter》 1996年第4期9-10,共2页
In the Yangtze river aera,the first crop of indi-ca rice is sown in late Mar to early Apr andtransplanted in early May.Usually,seedlingsperish when abnormal low temperature of 6-10℃ lasted for 3 d or longer.The effec... In the Yangtze river aera,the first crop of indi-ca rice is sown in late Mar to early Apr andtransplanted in early May.Usually,seedlingsperish when abnormal low temperature of 6-10℃ lasted for 3 d or longer.The effect ofsocking seed with urea solution on increasingthe cold tolerance at the seedling stage was 展开更多
关键词 Effect of seed soaked with urea solution on the cold tolerance of rice seedlings
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Effects of Warm Blood Cardioplegic Solution on Myocardial Protection 被引量:1
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作者 杜心灵 蓝鸿钧 孙宗全 《Journal of Huazhong University of Science and Technology(Medical Sciences)》 SCIE CAS 1995年第4期212-216,共5页
To evaluate the effects of warm blood cardioplegic solution on myocardial protection, normothermic induction and terminal perfusion of oxygenated blood cardioplegia in combination with intermittent administration of c... To evaluate the effects of warm blood cardioplegic solution on myocardial protection, normothermic induction and terminal perfusion of oxygenated blood cardioplegia in combination with intermittent administration of cold blood cardioplegia during ischemia were studied in an isolated working rat heart model.The experimental protocol consisted of a 120 min cardioplegic arrest followed by 45 min normothermic reperfusion. Myocardial content of adenosine triphosphate (ATP), recovery of the left ventricular function, release of creatine phosphokinase (CPK) and ultrastructure of myocardium were assessed before and after ischemia. The results showed that the hearts preserved with warm blood cardioplegic induction and terminal perfusion had significantly higher levels of ATP,better recovery of cardiac function and lower releases of CPK than those receiving cold blood cardioplegia alone, with myocardial tissue being of generally normal structure. These findings suggest that warm induction and terminal perfusion of blood cardioplegic solution can accelerate myocardial metabolic and functional recovery, preserve high-energy phosphate, reduce myocardial injury and enhance myocardial protection. 展开更多
关键词 warm blood cardioplegic solution cold blood cardioplegic solution myocardial protection
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