英语释义

1. a light-dependent process in some plants resulting in the oxidation of glycolic acid and release of carbon dioxide that under some environmental conditions (such as high temperature) tends to inhibit photosynthesis

片语

photorespiration rate光呼吸速率

photorespiration suppressant光呼吸抑制剂

protective effect of photorespiration光呼吸的防御作用

control of photorespiration光呼吸调节

photorespiration breeding光呼吸育种

photorespiration repressor光呼吸抑制剂

photorespiration pr光呼吸

photorespiration regulators光呼吸调节剂

the inhibitor subject of photorespiration光呼吸抑制剂

英汉例句

• thus c4 plants lessen photorespiration by carrying out photosynthesis only in cells that are insulated from high levels of co2.

  因此c4植物减少光呼吸的光合作用仅在细胞免受高水平的二氧化碳。

• the photorespiration of c3 plants may consume 25% of the carbon fixed by photosynthesis, so engineering photorespiration could improve photosynthesis.

  c3植物光呼吸可消耗25%光合产物，故合理改良光呼吸可望提高植物的光合效率。

• furthermore, with the deficiency of the chlorophyll content allocation of photosynthetic electron transport to photorespiration was enhanced.

  同时随着叶绿素含量降低，光合电子传递中向光呼吸分配的比例增大。

• under the nitrate nutrients, the photorespiration of leaf was obviously higher .

  硝态氮明显提高叶片的光呼吸速率。

• the curve pattern showed that the ratio of dark-respiration to photorespiration increased at first and decreased later on.

  暗呼吸及光呼吸速率与叶水势降低的关系，呈现先升高而后下降的曲线类型；

• screen and utilization of the photorespiratory mutants is a best way for studying metabolism and functions of photorespiration .

  筛选与利用光呼吸突变体是研究光呼吸代谢及其功能的最为有效的途径。

• the british team decided to look for a substance that would block the enzyme's function in photorespiration while allowing it to function in photosynthesis.

  的翻译是：英国队决定寻找在光合作用时将阻拦在光呼吸的酵素的作用，当允许它起作用的物质。

• in this study, after obtaining lots of chlorophyll deficient mutants, a gene relation to photorespiration was cloned and the functions were studied.

  叶绿素缺失突变由于和光合作用密切相关，因此对这一类型农艺性状形成机制的研究有重要意义。

• photorespiration is an important metabolic process in c3 plant, which is one of the highlight of research on photosynthesis.

  光呼吸是c3植物体内重要的代谢过程，是光合作用研究的热点之一。

• photorespiration of c3 crops is high, but photosynthesis is low.

  c3作物光呼吸高，光合速率低。

• screening and use of photorespiration mutants is the best way to study the metabolism and functions of photorespiration.

  筛选与利用光呼吸突变体是研究光呼吸代谢及其功能的最为有效的途径。