Mitotic crossing over takes place in
- ANormal mitosis
- BNormal sexual cycle
- CParasexual cycle
- DLytic cycle
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Similar Questions
Match the Column-$I$,Column-$II$ and Column-$III$ and select the correct option:
Column-$I$ (Stage of cell) Column-$II$ (Phase of cell division) Column-$III$ (Characteristics) $(A)$ Metaphase $(I)$ Anaphase $(a)$ Best stage to study morphology of chromosome $(B)$ Anaphase $(II)$ Telophase $(b)$ Comes after cytokinesis $(C)$ Telophase $(III)$ Interphase $(c)$ Separation of chromatid $(D)$ Interphase $(IV)$ Metaphase $(d)$ Nuclear membrane and nucleolus reappears
| Column-$I$ (Stage of cell) | Column-$II$ (Phase of cell division) | Column-$III$ (Characteristics) |
| $(A)$ Metaphase | $(I)$ Anaphase | $(a)$ Best stage to study morphology of chromosome |
| $(B)$ Anaphase | $(II)$ Telophase | $(b)$ Comes after cytokinesis |
| $(C)$ Telophase | $(III)$ Interphase | $(c)$ Separation of chromatid |
| $(D)$ Interphase | $(IV)$ Metaphase | $(d)$ Nuclear membrane and nucleolus reappears |
Medium
View SolutionCell division occurs in plants and animals respectively as:
Medium
View SolutionMatch the Column-$I$ with Column-$II$:
Column-$I$ Column-$II$ $(I)$ $M$ phase $(i)$ Nucleolus,golgi complex and $\text{ER}$ reform $(II)$ Telophase $(ii)$ No replication of $\text{DNA}$ $(III)$ Diakinesis $(iii)$ Most dramatic period of the cell cycle $(IV)$ Interkinesis $(iv)$ Terminalisation of chiasmata
| Column-$I$ | Column-$II$ |
|---|---|
| $(I)$ $M$ phase | $(i)$ Nucleolus,golgi complex and $\text{ER}$ reform |
| $(II)$ Telophase | $(ii)$ No replication of $\text{DNA}$ |
| $(III)$ Diakinesis | $(iii)$ Most dramatic period of the cell cycle |
| $(IV)$ Interkinesis | $(iv)$ Terminalisation of chiasmata |
Medium
View SolutionStatement $P$: The $G_1$ phase is the final phase of interphase.
Statement $Q$: $DNA$ synthesis occurs in the $G_2$ phase.
Statement $Q$: $DNA$ synthesis occurs in the $G_2$ phase.
Medium
View Solution$A$: Multicellular organisms begin their life from a single cell.
$R$: All somatic cells of a multicellular organism have the same number of chromosomes.
$R$: All somatic cells of a multicellular organism have the same number of chromosomes.
Medium
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