The chapters cover a wide spectrum of related interests, from the molecular bases of morphogen function, to human genetics to cancer research.
本章盖住宽范围有关使感兴趣，从分子基础的成形基因功能那里，令人类遗传学兑一癌症研究的是。
In Drosophila guttifera, the morphogen ACTS in proximity to existing physical landmarks such as the intersections of veins and cross veins on the wing.
对Drosophila guttifera来说，形态生成是在已有的物理路标附近作用的，如在翅膀的静脉血管与横向静脉的交点处。
Late in wing development, the Wingless morphogen is produced and diffuses through tissue where it prompts cells in certain areas of the wing to make pigment.
后来的翼的发育过程中，产生了无翅基因这种形成机制，并且通过促进特定区域的细胞生成色素的方法来在翼上扩散花纹。
The group discovered a morphogen, a protein present in embryonic tissue and encoded by a gene known as Wingless, which seems to be a linchpin of wing decoration.
该小组发现了一种形态形成的机制，有一种存在于胚胎组织中的蛋白被一种称为无翅的基因所确定，这种基因似乎是翅膀装饰的关键基因编码。
The role of the Wingless morphogen was detailed by the painstaking genetic manipulation of flies that took three years and the injection of nearly 20,000 fly embryos to accomplish.
无翼基因形态的作用已通过3年艰苦的果蝇基因操作实验与近20,000个果蝇胚胎注射来详细的了解。
The role of the Wingless morphogen was detailed by the painstaking genetic manipulation of flies that took three years and the injection of nearly 20, 000 fly embryos to accomplish.
无翼基因形态的作用已通过3年艰苦的果蝇基因操作实验与近20,000个果蝇胚胎注射来详细的了解。
The role of the Wingless morphogen was detailed by the painstaking genetic manipulation of flies that took three years and the injection of nearly 20, 000 fly embryos to accomplish.
无翼基因形态的作用已通过3年艰苦的果蝇基因操作实验与近20,000个果蝇胚胎注射来详细的了解。
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