Pattern Formation
A. Which of the following statements about pattern formation are true?
B. Classify each phrase or term as applying to fly A only, fly B only, or both fly A and fly B. The term "Hox genes" applies to clusters of homeotic genes found in many different animals, including fruit flies. After segmentation genes have established the body segments, Hox genes trigger the development of segment-specific body structures in the correct locations. For more on Hox genes, see Hints 2 and 3.

Pattern formation for Hox genes

Explanation:

Homeotic gene code for interpretation factors that control the advancement of fragment explicit body parts.  Cells get sub-atomic signs that convey their situation according to different cells.  Positional information controls pattern formation. Differential quality articulation influences the formative procedure in animals.  pattern development is the growth of a multicellular living being's spatial association, including the course of action of tissues and organs. Cells get atomic signs, altogether called positional data, that educate the phones about their area according to different cells and to the body tomahawks. Positional information controls pattern formation.  Homeotic genes are regulatory genes that works after the body tomahawks have been built up. Homeotic qualities distinguish specific body fragments in an individual, in the long run prompting the arrangement of section explicit body structures in the right areas on the body. Fly An ONLY: "wild sort," "has ordinary Hox qualities," "displays typical example arrangement"  Fly B ONLY: "shows unusual example development," "homeotic freak," "has freak Hox qualities'  Both Fly An and Fly B: "produces translation factors activating quality articulation for section explicit structures"