侧生器官

叶片（包括子叶）是茎端分生组织产生的第一类侧生器官，在植物发育中具有重要地位。

Leaf is the first lateral organ produced by the activity of the shoot apical meristem ( SAM ) .

具维管组织的植物在分类学上都归属为一个单独的维管植物门。叶片（包括子叶）是茎端分生组织产生的第一类侧生器官，在植物发育中具有重要地位。

The vascular plants may be grouped into a single division , the Tracheophyta . Leaf is the first lateral organ produced by the activity of the shoot apical meristem ( SAM ) .

而第二类突变体uml广泛的影响到侧生器官边界的形成。

While the second type of mutant , uml , show more general fusion of lateral organs , including the leaflet fusion .

百脉根侧生器官边界形成分子机制的初步研究

Primary Study on the Boundary Formation of Lateral Organs in Lotus Japonicus

叶是高等植物重要的侧生器官。

Leaf is the important lateral organs of higher plants .

侧生器官大小的不同是不同种类植物的相同器官之间最明显的区别。

Organ size is the most obviously different among the same organs in different plant species .

在植物生活周期完成和形态建成的过程中，通过分生组织的活动，会稳定地形成一些形态、结构与功能均有明显不同的侧生器官。

Lateral organs that have different morphology , structures and functions are produced during plant life cycles and morphogenesis .

植物顶端分生组织中干细胞数量的维持对于侧生器官的发生至关重要。

Maintenance of stem cell number in shoot apical meristem ( SAM ) is essential for the generation of later organs .

侧生器官起源于顶端分生组织，侧生器官与顶端分生组织之间的关系，决定了它们的3个极性轴：基-顶轴、中侧轴和近-远轴。

Lateral organs are formed from the shoot apical meristem and the relationship between the lateral organs and the apical meristem is basis for the definition of three primordial axes : the proximal-distal , the left-right and the adaxial-abaxial axis .