1) photosynthetic cycle
光合循环
2) photosynthetic carbon cycle
光合碳循环
3) C4 photosynthetic cycle
C4光合循环
4) cyclic photophosphorylation
循环光合磷酸化
1.
It also accelerated cyclic photophosphorylation and.
NaHSO3处理可明显提高叶片光合速率,促进光能更多的由光系统Ⅱ向光系统Ⅰ转移,加速循环光合磷酸化,提高植物抗低温能力。
5) photocycle
光循环
1.
The absorption spectrum and the decay of M intermediate in the photocycle of bR were measured.
利用紫外 -可见分光光度计和自制的毫秒级动力学光谱仪,检测了样品的吸收光谱和光循环M中间体在脉冲光激发下随时间的变化;同时,利用凝胶扫描成像仪及相关分析软件考察了样品成膜后的均匀程度。
2.
By using modulated Q pulse light of 532 nm and continuous probe light of different wavelengths, fast photoresponse characteristic of photocycle and photoabsorption of different intermediate based on bacteriorhodopsin (BR) film are studied.
在 5 32nm的调Q脉冲激发光和不同波长的连续探测光作用下 ,研究了细菌视紫红质 (BR)膜的光循环过程中的快速响应特性及各中间态的快速光吸收特性。
3.
And them,the three examples of applying this algorithm to BR′s photocycle are reported.
这说明基于光循环过程随机特性[1] 所提出的BR光谱和光电响应概率贡献 ,反映了光谱和光电响应在BR中间态间上的分配 。
6) Light-dark cycle
光暗循环
1.
Objective To study the effect of different light-dark cycles on learning and memory in mice.
目的研究不同光暗循环周期对小鼠学习记忆的影响。
2.
Objective To investigate the effect of different light-dark cycles on total and differential counts of leukocyte as well as spontaneous locomotor activity in mice.
结果小鼠自发运动活动周期与光暗循环周期一致;不同光暗周期对小鼠外周血白细胞计数及分类计数有不同影响。
补充资料：光合碳循环
| 光合碳循环 photosynthetic carbon cycle 光合作用中碳同化（二氧化碳转化为糖或其磷酸酯）的基本途径。又称卡尔文循环、还原戊糖磷酸循环、还原戊糖磷酸途径。由M.卡尔文和A.A.本森等最初阐明。在绿色植物、蓝藻和多种光合细菌中普遍存在。其他碳同化途径如C4途径和CAM途径所固定的CO2，最终仍须通过光合碳循环才能被还原成糖。因此它是地球上绝大部分有机物形成的必经途径。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条