对控制多趾的相关基因及其分子机制进行研究，有利于我们深入了解多指（趾）畸形的形成机制，揭示肢体发育的过程和机理。
Study the genes of polydactyly and molecular mechanism can help us to know how limbs form and reveal the producing process of limbs.
唇裂合并腭裂、多指（趾）是主要先天畸形。
The the cleft palate and toe or finger deformity were main typies of malformations.
对控制多趾的相关基因及其分子机制进行研究，有利于我们深入了解多指（趾）畸形的形成机制，揭示肢体发育的过程和机理。
To study the genes of polydactyly and molecular mechanism can help us to know how limbs form and reveal the producing process of limbs.
对控制多趾的相关基因及其分子机制进行研究，有利于我们深入了解多指（趾）畸形的形成机制，揭示肢体发育的过程和机理。
To study the genes of polydactyly and molecular mechanism can help us to know how limbs form and reveal the producing process of limbs.
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