leaf-anatomy 叶片解剖
Kranz-like leaf anatomy 基因组间重组
anatomy of leaf 叶片的解剖
leaf morphology and anatomy 叶形态解剖
the anatomy of leaf 叶解剖结构
Among C4 plants, however, special leaf anatomy and a unique biochemical pathway enable the plant to thrive in arid conditions.
然而，在C4植物中，特殊的叶片解剖结构和独特的生化途经使得C4植物可以在干旱的条件下茁壮成长。
The results indicated that the wilddiploid T. boeoticum was similar to C_4 plants in leaf anatomy and in the response to light, temperature, CO_2 concentration and water.
结果表明，野生一粒小麦在叶片维管束解剖结构、水分利用效率及光合速率对光、温和CO_2的反应方面类似于C_4植物。
Leaf anatomy results revealed the central vein lacks both clear cells and the adaxial small vascular bundle in dl2 mutant, which seemed to cause the drooping leaf phenotype.
对叶片的解剖学分析发现突变体中脉缺少细胞和近轴小维管束，导致披叶表型的产生。
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