These Hox genes control the activity of a multitude of other genes that are responsible for the early development of an organism.
Not exact matches
Hox genes are found in all animals, including humans, and they
control the development of their body plans.
We know that
Hox genes encode transcription factors that
control the activity of other
genes, but we found that digit - innervating motor neurons also express other
genes, such as FIGN and CNEP4], and we still don't know the function of any of these other
genes.
The same
genes — RALDH2 and the
Hox genes —
control motor neuron development, and one intriguing theoretical postulate is that RALDH2 may also be involved in limb development.
Figure 5: The regulation of some
genes differs between the wing (left) and haltere (right) imaginal discs of Drosophila and is under the
control of the Ultrabithorax
Hox gene.
Hox genes, for example,
control body plan development and cluster together in almost all animals.