Meiosis results in the formation of:
1. Two genetically identical diploid cells
2. Two genetically non identical diploid cells
3. Four genetically identical haploid cells
4. Four genetically non identical haploid cells
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Crossing over or recombination can be defined as:
1. | exchange of segments between sister chromatids of homologous chromosomes |
2. | exchange of segments between non sister chromatids of homologous chromosomes |
3. | exchange of segments between sister chromatids of heterologous chromosomes |
4. | exchange of segments between non sister chromatids of heterologous chromosomes |
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Identify the stage of meiotic cell division shown in the given diagram:
1. | Anaphase I | 2. | Anaphase II |
3. | Telophase I | 4. | Telophase II |
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The beginning of diplotene is recognized by:
I: | dissolution of the synaptonemal complex |
II: | the tendency of recombined homologues of bivalents to separate |
III: | tetrads becoming clearly visible |
1. | Only I and II | 2. | Only I and III |
3. | Only II and III | 4. | I, II, and III |
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During anaphase I of meiosis
1. Homologous chromosomes separate
2. Non-homologous autosomes separate
3. Sister chromatids separate
4. Non-sister chromatids separate
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Cells which are not dividing are likely to be at
1. | G1 | 2. | G2 |
3. | G0 | 4. | S phase |
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During what phase in the cell cycle would you find the most DNA per cell?
1. G1 | 2. G2 |
3. S | 4. Prophase II |
The phase of the cell cycle that is expected to be the most variable in duration in different types of cells in an animal will be:
1. G1 | 2. S |
3. G2 | 4. M |
Which stage of meiosis is shown in the diagram given below?
1. | Metaphase I | 2. | Metaphase II |
3. | Anaphase I | 4. | Anaphase II |
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In meiosis:
1. | A single round of DNA replication is followed by two sequential divisions with chromosome number and DNA content getting reduced twice |
2. | A single round of DNA replication is followed by two sequential divisions with chromosome number getting reduced twice and DNA content getting reduced once |
3. | A single round of DNA replication is followed by two sequential divisions with chromosome number getting reduced once and DNA content getting reduced twice |
4. | A single round of DNA replication is followed by two sequential divisions with chromosome number and DNA content getting reduced once |
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