S phase (Synthesis Phase) is the phase of the cell cycle in which DNA is replicated, occurring between G1 phase and G2 phase. To produce two similar daughter cells, the complete DNA …

A. G1 Phase B. G2 Phase C. G3 Phase D. Synthesis Phase. A1: The correct option is C, which is the G3 Phase. This is because there is no such stage as the G3 phase. Furthermore, the other …

A. S phase is a phase in which synthesis or replication of DNA takes place. B. G1 phase is the interval between mitosis and initiation of DNA replication. In this, the cell does not synthesize …

DNA duplication is important as it maintains the chromosome number in the daughter cells and hence mitosis is an equational division. Therefore, the duplication of DNA is an essential step …

In a mammalian cell, the S phase typically lasts for about 8 hours. In simpler eukaryotic cells such as yeasts, the S phase can be as short as 40 minutes. By its end, each chromosome has been …

S-Phase or the synthesis phase is the second phase of Interphase during cell division. It is recognized by the process of DNA duplication in which the DNA synthesis takes place in this …

During G1- phase, cells grow and synthesize the 20 amino acids needed to manufacture proteins later on. B. Cell cycle begins with the resting phase. During this phase, cells are at ''rest''.

During the G 2 phase, the DNA content remains double the initial content as the cell enters the M phase. This is because the G 2 phase occurs just after the S phase and the cell prepares for …

Although, there will be no increment in chromosome number: for e.g. if a cell has the 2n number of chromosomes at G 1, even after S phase the number of chromosomes remains the same, …

Which of the following combinations of "phase of a cell cycle and its corresponding DNA content" can be considered normal? (i) Diploid cells found in the G 0 or G 1 phase. (ii) Cells with twice …