Statement I: | Chromosomes become gradually visible under light microscope during leptotene stage. |
Statement II: | The begining of diplotene stage is recognized by dissolution of synaptonemal complex. |
List I (Sub Phase of Prophase I) |
List II (Specific characters) |
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A. | Diakinesis | I. | Synaptonemal complex formation |
B. | Pachytene | II. | Completion of terminalisation of chiasmata |
C. | Zygotene | III. | Chromosomes look like thin threads |
D. | Leptotene | IV. | Appearance of recombination nodules |
List-I (Events) |
List-II (Prophase-I) |
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A. | Chromosomes start pairing together to form synaptonemal complex | I. | Pachytene |
B. | Chromosomes visible under light microscope and compaction continues | II. | Zygotene |
C. | Four chromatids of bivalent chromosomes become distinct and recombinant nodules appear | III. | Diplotene |
D. | Dissolution of synaptonemal complex | IV. | Leptotene |
List-I (Cell Cycle) | List-II (Events) | ||
A. | \(G_1\) phase | I. | Cell is metabolically active but no proliferation until required |
B. | S phase | II. | Replication of DNA |
C. | \(G_0\) stage | III. | Synthesis of proteins |
D. | \(G_2\) phase | IV. | Cell is metabolically active and grows continuously |
1. | G2 Phase | 2. | M phase |
3. | S phase | 4. | G1 phase |
1. | Diakinesis | 2. | Zygotene |
3. | Pachytene | 4. | Diplotene |
1. | Telophase | 2. | Metaphase I |
3. | Metaphase II | 4. | Anaphase II |
List I | List II | ||
A. | M Phase | I. | Proteins are synthesized |
B. | G2 Phase | II. | Inactive phase |
C. | Quiescent stage | III. | Interval between mitosis and initiation of DNA replication |
D. | G1 Phase | IV. | Equational division |
Choose the correct answer from the options given below:
Options: | A | B | C | D |
1. | II | IV | I | III |
2. | III | II | IV | I |
3. | IV | II | I | III |
4. | IV | I | II | III |