c3 plants中文是什么意思

• 《英汉医学词典》C3 plants
• 三碳植物

• plants    花草; 墨绿; 植物
• a1-c3    考试费
• c3 complement    补体3
• c3 convertase    c3转化酶
• c3 deficiency    c3缺陷
• c3 inactivator    补体第三成分灭活剂
• c3 pase    c3激活剂前体转化酶
• c3 proactivator    c3激活剂前体,c3前活化因子; c3前活化因子
• c3-receptor    补体3受体
• c3活剂    c3a
• c3缺陷    c3 deficiency
• c3溶液    solution c3
• citroen c3    雪铁龙c3
• cyathin c3    蛋巢菌素 c3
• cytochrome c3    细胞色素 c3
• c３ pathway    途径
• c３ plant    植物
• mycoin c3    棒曲霉素c3
• solution c3    c3溶液
• activator]c3活剂    c3a
• alternative pathway c3 convertase    旁路c3转化酶
• c3 convertase of the alternative pathway    交替途径的c3转化酶
• c3 convertase of the classic pathway    c3转化酶典型途径
• c3 nephritic factor    c3肾炎因子
• c3 proactivator convertase    c3激活剂前体转化酶

• In rapid growing period c4 plants " advantage of photosynthesis is over 30 % . c4 plants are a family, so their photosynthetic rate is different such as echinochloa rusgalli has highest photosynthetic rate than any other plants . but some c4 plants even tower than some c3 plants in the same environmental condition
  c_3、c_4植物都是一个分类群体，其光合速率的表现也存在很大的差异，如长芒稗等就表现绝对高的光合速率，而同样条件下水稗(c_4植物)的光合速率的优势不明显。
• The average photosynthesis rate of vegetative shoots was 1.72 times sizes of reproductive shoots . despite of differences in the physiological functions, the water use efficiency of vegetative and reproductive shoots had a linear increasing with the co2 enrichment . so we draw a conclusion that co2 enrichment can obviouely promote the water use efficiency of c3 plants
  29倍；模拟光辐射强度从0增至800umol?mzs”过程中，两种类型植株水分利用效率均呈骤增趋势，模拟光辐射强度超过800nmol?m”毛’‘后，水分利用效率增幅不大，甚至有所下降。
• Up to now, the effects of uv-b radiation on organisms have been studied extensively . however, the investigated materials in these studies were mainly c3 plants, some were c4 plants, few cam plants were explored . furthermore, most of these studies were conducted indoors with strictly controlled conditions, and the conclusions from these studies have many inconsistencies
  国内外学者已对uv-b辐射的生物学效应做了广泛的研究，但其研究对象多集中在c_3植物，也涉及部分c_4植物，以cam植物为研究对象的研究更为少见，且多数实验是在室内控制条件下进行，而且研究结果也存在许多不一致。
• Terrestrial plants are classified into three major photosynthetic types, namely, c3, c4 and crassulacean acid metabolism ( cam ) plants, according to the mechanism of their photosynthetic carbon assimilation . c4 plants have co2 concentrating mechanism and higher photosynthetic efficiency than c3 plants, especially under high light intensity, high temperature, high oxygen partial pressure and drought conditions
  本研究利用c_3植物、c_4植物、旱稻与稗草等的杂交后代的材料，进行光合速率的测定，进一步分析植株在光能吸收传递、气孔调节、羧化反应等生理特性，研究高光效的生理机制。