WebA cell that can differentiate into all types of cells that make up the body is known as pluripotent cell. These cells are known as embryonic stem cells in animals and mammals. A cell that can differentiate into almost any kind of cell type, including placental cells is known as totipotent cell. Why is Cell Differentiation Important? WebCytoplasmic Localization of DETERMINANTS as a general and basic mechanism for early patterning (Examples Tunicate and Sea Urchin). A major question of developmental …

AP Biology Chapter 16: Development, Stem Cells, and Cancer - Quizlet

WebCytoplasmic determinants are spread unevenly in the egg, and so when embryo starts forming (cells start dividing), the determinants are also unequally divided between cell. This unequal distribution later plays a major role in differentiation and gene regulation. Protostomes undergo determinate cleavage. Their cells' fates are determined very ... WebIn the last chapter, we discussed the specification of early embryonic cells by their acquisition of different cytoplasmic determinants that had been stored in the oocyte. The cell membranes establish the region of cytoplasm incorporated into each new blastomere, and it is thought that the morphogenetic determinants then direct differential gene … impact mop and broom holder

Cytoplasmic determinants - Oxford Reference

Web1 day ago · Cytoplasmic determinants are also found in some post-embryonic cells, where they produce cytoplasmic asymmetry (q.v.). In dividing cells, this leads to asymmetric … WebIn cell: The process of differentiation …or more regulatory substances called cytoplasmic determinants. When the embryo has become a solid mass of blastomeres (called a morula), it generally consists of two or more differently committed cell populations—a … WebThe key to this question lies with cytoplasmic determinants and signal induction. Complete this assessment to find out how much you know about cytoplasmic determinants, signal induction and the ... impact mornington