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.
无一例肢体发育障碍或发生坏死。
There were no developmental disturbance and necrosis of limbs occurred in all ca ses followed.
结果无一例肢体发育障碍或发生坏死。
Results There were no developmental disturbance and necrosis of limbs occurred in all cases followed.
现就GLI基因在肢体发育中的表达特点及其临床意义进行综述。
In this review we would like to summarize the expressional feature and clinical significance of GLI genes in limb development.
这些基因上的多种变异均导致动物四肢畸形，提示这些基因在肢体发育中起重要作用。
Variousmutations in the formin locus result in limb deformity, suggesting that these genes play indispensable roles in the limb development.
目的将体外培养软骨移植修复兔生长板缺损，防止生长板缺损早闭造成的肢体发育畸形。
Objective to prevent early closure of growth plate and developmental deformities of limbs by allografts of cultured cartilages into growth plate defects of rabbits.
结论培养软骨异体植入兔生长板缺损，可替代缺损的生长板软骨组织，维持肢体正常生长，防止肢体发育畸形。
Conclusion Allograft of cultured cartilages into growth plate defects may replace lost growth plate tissues, maintain normal growth of limbs and prevent developmental deformity.
事实证明，这种药物（最好了解它的通用名：萨力多胺）会引起上千出生在欧洲的新生儿生来无肢或肢体发育畸形。
As it turned out, the drug (better known by its generic name, thalidomide) would cause thousands of children in Europe to be born limbless or wi flipperlike arms and legs.
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.
口语能力发育滞后或完全缺失，且未有寻求诸如手势或肢体语言等替代手段的表现。
A delay in or total lack of the development of spoken language (not accompanied by an attempt to compensate through alternative modes of communication such as gesture or mime).
患肢皮肤温度升高可能是家长的意外发现，广泛的先天性动静脉瘘，可引起肢体增粗、增长，随着患儿的发育而逐渐明显。
Limb skin temperature may be surprised to discover the parents, extensive congenital arteriovenous fistula, can cause body diameter, growth, along with the children and increasingly obvious.
科学家已发现在胚胎发育过程中由萨立多胺所引发的畸形肢体的初步原因。
Scientists have discovered the primary mechanism by which thalidomide causes malformed limbs in developing embryos.
科学家已发现在胚胎发育过程中由萨立多胺所引发的畸形肢体的初步原因。
Scientists have discovered the primary mechanism by which thalidomide causes malformed limbs in developing embryos.
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