Meiosis has

 

1.      Only a single cycle of DNA replication

 

2.      Two cycles of DNA replication

 

3.      One cycle of DNA replication in interkinesis

 

4.     One cycle of DNA replication after interkinesis

Subtopic:  Cell Cycle: Meiosis I |
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Replication of DNA in S phase results in

 

1.      Production of identical sister chromatids

 

2.      Production of identical homologous chromosomes

 

3.      Production of non-sister chromatids

 

4.     Production of non-identical chromosomes

Subtopic:  Intro to Cell Cycle & Interphase |
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The event of recombination will occur in between

 

1.      All chromatids of homologous chromosomes

 

2.      Only non-sister chromatids of homologous chromosomes

 

3.      The complete homologous chromosomes

 

4.     All type of chromosomes

Subtopic:  Cell Cycle: Meiosis I |
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The division of Prophase in the five phases is done on the basis of

 

1.      Chromosomal behavior

 

2.      Chromosomal pattern

 

3.      Chromosomal movement

 

4.     Chromosome structure

Subtopic:  Cell Cycle: Meiosis I |
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Which of the following does not belong to Prophase I

1.      Leptotene

2.      Zygotene

3.      Diakinesis

4.     Interkinesis

Subtopic:  Cell Cycle: Meiosis I |
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Compaction of chromosomes occurs in

 

1.      Leptotene

 

2.      Zygotene

 

3.      Diplotene

 

4.     Metaphase

Subtopic:  Cell Cycle: Meiosis I |
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The stage at which chromosomes start pairing together is

1.      Pachytene

2.      Zygotene

3.      Leptotene

4.     Diplotene

Subtopic:  Cell Cycle: Meiosis I |
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The synaptonemal complex is visible under
1. Light microwave

2. Electron microscope

3. Compound microscope

4. Simple microscope

Subtopic:  Cell Cycle: Meiosis I |
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The synapsed homologous chromosomes form

 

1.      Tetrad

 

2.      Bivalent

 

3.      Both A and B

 

4.     Diad

Subtopic:  Cell Cycle: Meiosis I |
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Bivalent is clearly visible at which stage?

 

1.      Pachytene

 

2.      Leptotene

 

3.      Zygotene

 

4.     Diplotene

Subtopic:  Cell Cycle: Meiosis I |
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