The correct sequence of different phases of cell cycle is

S - G_{1} - G_{2} - M

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G_{1} - S - G_{2} - M

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G_{2} - S - G_{1} - M

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G_{1} - G_{2} - S - M

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Solution

The correct option is C $G_{1} - S - G_{2} - M$

The orderly series of events that lead to duplication of cell content followed by division of a cell into daughter cells is termed as the cell cycle. It consists of two phases, namely interphase and M phase. The M phase of cell cycle is marked by the division of nucleus and cytokinesis to produce daughter cells. Interphase is the period between two subsequent M phases and consists of three phases: $G_{1}$ , S phase (the period of DNA replication) and $G_{2}$ phase in that order. Thus, the correct answer is option C.

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If the cell cycle is restricted in $G_{1}$ phase of cell, the condition is known as

G_{1}

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G_{1}

_{2}

If the cell cycle is restricted in $G_{1}$ phase of cell, the condition is known as -

G_{1}, G_{2}, . . . . . . . G_{n}

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