How is determination distinct from differentiation? Determination occurs when a
ID: 162384 • Letter: H
Question
How is determination distinct from differentiation?
Determination occurs when a cell commits to a particular way of specializing but does not show any obvious specialized properties. Differentiation is the process of becoming a specialized cell by showing more and more characteristics associated with a particular cell type. Determination occurs when a cell commits to two particular ways of specializing but does not show any obvious specialized properties. Differentiation goes after determination when the cell chooses one way of specializing by showing more and more characteristics associated with a particular cell type. Differentiation occurs when a cell commits to a particular way of specializing but does not show any obvious specialized properties. Determination is the process of becoming a specialized cell by showing more and more characteristics associated with a particular cell type. Determination occurs when a cell quits the cell cycle and remains in G0 phase. Differentiation is the process of becoming a specialized cell by showing more and more characteristics associated with a particular cell type.Explanation / Answer
The correct answer is: "Determination occurs when a cell commits to a particular way of specializing but does not show any obvious specialized properties. Differentiation is the process of becoming a specialized cell by showing more and more characteristics associated with a particular cell type."
Determination a cell or tissue is said to be determined when it is capable of differentiating autonomously even when placed into another region of the embryo. If it is able to differentiate according to its original fate even under these circumstances, it is assumed that the commitment is irreversible
The development of specialized cell types is called differentiation. These overt changes in cellular biochemistry and function are preceded by a process involving the commitment of the cell to a certain fate. At this point, even though the cell or tissue does not appear phenotypically different from its uncommitted state, its developmental fate has become restricted. This stage of the commitment is reversed