homeotic

基本解释

The flower meristem identity genes can activate the homeotic genes to some extent.
花分生组织决定基因促进花序分生组织产生花分生组织并进一步分化产生花器官原基，但产生何种花器官则是由同源异型基因所控制的。
But homeotic transformation of lodicules into palea/lemma-like organs was observed almost in all the open-hull florets.
个别的花器官中还出现花丝上伸出类柱头的结构，浆片上部同源转化为类柱头或者类雄蕊的结构。
These floral organs are specified by floral homeotic genes, as well as genes which specify the number and symmetry of floral organ.
这些器官的性质由花的“同源异型基因”决定,决定花的器官数和对称性等的基因族也在起作用。
The homeotic selector genes are found in two complexes on chromosome 3 of Drosophil. Together these are called Hom-C, the homeotic gene complex.
果蝇的同源异型基因位于3号染色体上,由两个独立的复合体组成,即触角足复合体。
Plant homeotic genes and homeobox genes are two types of the important genes encoding transcription factors involved in plant development.
植物同源异型基因及同源异型盒基因是涉及植物个体发育调节的两类重要转录因子编码基因。