指甲的生长从根基处开始，那里可以产生形成甲体的细胞。
Nail growth begins at the root, which produces the cells that form the nail body.
细胞中的基因控制生命体的生长和发育。
Genes in the cell control the growth and development of living things.
菌丝体生长的第五天为菌丝对数生长阶段。
The fifth day is the logarithm stage for the mycelium growth.
目的研究牙体硬组织表面电位与骨生长改建的关系。
Objective To investigate the influence of surface potentials of tooth hard tissue on bone remodeling.
组织 匀浆液也可促进菌丝体早期生长。
光学实时观察法晶体生长技术是研究高温熔体运动的有效手段之一。
High temperature in situ observation method was very useful to study the motion of melt.
素能促进分蘖体的生长，并加快分蘖体叶子的形态建成。
Cell Division Element can improve growth of tiller and accelerate the shape building of leaves.
生长是从熔体进行的。
生长是从熔体进行的。
应用推荐