| 1. | All the four types of the enzymes " activity decreased to the lowest point at 6h after cold stress
所有这4种酶在低温胁迫6h时酶活力均降至最低。 |
| 2. | Effects of acute and chronic cold stress on the antioxidative function of gastrocnemius and serum in chicken
慢性冷应激对雏鸡腓肠肌及血清抗氧化功能的影响 |
| 3. | Cold stress is one of the most important factors to decrease the yield of rice , which is thought to be a matter of great urgency to be solved
摘要冷害是水稻减产的主要原因之一，也是全世界普遍关注的问题。 |
| 4. | The activity of sod and gsh - px reached the highest value at 12h after cold stress ; while the activity of cat and pod did at 24h
987倍。 sod及gsh px酶活力在低温胁迫12h时达到最大值；而cat和pod酶活力在低温胁迫24h时达到最大值。 |
| 5. | Fourth , the fv / fo , fv / fm , yield and photochemical quenching coefficient ( qp ) decreased whereas non - photochemical quenching coefficient ( qn ) increased under cold stress
( 4 )在低温环境中，光系统( ps )及其电子传递过程受到明显抑制。 |
| 6. | The majority of these ests were co - expressed in response to desiccation and osmotic stress and were generally not induced in response to heat and cold stress
这些est中的大多数在对干旱和渗透压胁迫发生反应时是共表达的，而在耐受冷热胁迫时并不被诱导表达。 |
| 7. | To explore the relationship between pvn - crh and lc - ne neuronal systems , which are considered as two most important stress systems , we studied the c - fos expression in rats brain after cold stress , including pvn and lc
最后用6 -羟基多巴胺( 6 - ohda )损毁脑内去甲肾上腺素( ne )能系统后，观察应激诱导的脑内fos表达和血浆acth含量的改变。 |
| 8. | To su mmarize the advances of the study on cold induced proteins and cold induced genes of plant in recent years , and discussed relation between the proteins and the genes and cold stress resistance of plant
摘要现就近年来植物低温诱导蛋白和低温诱导基因的研究进展进行了概述，同时探讨了低温诱导蛋白和低温诱导基因与植物抗寒能力之间的关系。 |
| 9. | However the level of ca2 + in the later cell decreased to the lowest point at 24h but still higher than that of the control , then with the time of cold stress lengthening , the level of ca2 + became higher
淡水白鲳细胞在8低温处理6h ， ca2 ’水平同样升高，低温处理至12h时， c ’水平达到峰值，低温处理24h时ca2 ’水平又下降，但仍高于正常水平。 |
| 10. | At 72h , it was lower than that of the control . from the results , it can be concluded that the zc - 7901 cell still can maintain appropriate membrane fluidity under cold stress , while the cbs cell only can do in a degree for a short time
而淡水白鲳细胞在低温胁迫12h时膜流动性达到最大值，随低温时间延长，膜流动性下降，在低温胁迫48h时膜流动性低于对照，低温胁迫72h时膜流动性更低。 |
