Match each of the following events during Drosophila embryo development to the correct location in the embryo.Items (4 items) (Drag and drop into the appropriate area below) Mesodermal cells migrate inward during gastrulation. Pole cells move inward as hindgut invaginates. Pole cells begin migration from this location. Crest develops to separate a regior that will become head, mouth parts, and foregut. Categories Posterior end Anterior end Dorsal side Ventral side



Answer :

The production of numerous tissues and organs, such as somatic and visceral muscles, somatic gonad, heart, fat bodies, macrophages, and lymph glands, is a result of mesoderm development in the Drosophila embryo. 1 All of these tissues have a common ancestor in the early embryo, during the blastoderm's blastoderm patterning.

The early embryo known as the blastoderm has about 5000 cells that were created during numerous rounds of nuclear division of the fertilized egg and has relatively few noticeable morphological traits. Because the blastoderm's ventral cells are where the mesoderm is produced, the blastoderm's dorsal-ventral patterning also affects how the mesoderm develops Drosophila . In this chapter, we'll talk about how the blastoderm's seemingly uniform cell population gives rise to various cell fates, especially the mesoderm.

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