1. When a S phase cell is fused with a G1 phase cell, G1 phase cell is stimulated to synthesize DNA
2. When a S phase cell is fused with a G2 phase cell, DNA synthesis is induced in G2 phase cell
3. When a S phase cell is fused with a G2 phase cell, DNA synthesis is induced in both G1 and G2 phase cell
4. When a G1 and M phase cell is fused with a M phase cell, both G1 and M phase cells are stimulated to synthesize DNA
When a S phase cell is fused with a G2 phase cell, DNA synthesis is induced in G2 phase cell
1. membrane bound nucleoprotein embedded in cytoplasm
2. Free nucleic acid aggregates
3. Gene containing nucleoproteins condensed together in loose mass
4. Nucleoprotein in direct contact with cell substance.
Gene containing nucleoproteins condensed together in loose mass
1. 30 minutes
2. 60 minutes
3. 59 minutes
4. 32 minutes
5. 29 minutes
59 minutes
1. Acellular Slime Moulds
2. Cellular Slime Moulds
3. Sarcodina
4. Both (A) And (B)
Cellular Slime Moulds
1. Near trailing end
2. Near advancing end
3. At the middle of body
4. Near the nucleus.
Near trailing end
1. Crossing over occurs
2. Chromosomes are divided
3. Chromosomes become thread-like and condensed
4. Chromosomes are divided into chromatids are condensed at equator
Chromosomes are divided into chromatids are condensed at equator
1. Culex pipiens - Filariasis
2. Aedes aegyptii-Yellow fever
3. Anopheles culifaciens-Leishmaniasis
4. Glossina palpalis-Sleeping sickness.
Anopheles culifaciens-Leishmaniasis
1. Bivalents
2. Univalents
3. Chromatids separate
4. None of these
Bivalents
1. Sarcodina
2. Sporozoa
3. Zooflagellata
4. Slime moulds
Sporozoa
1. Meiotic prophase
2. Mitotic prophase
3. Meiotic metaphase
4. Mitotic telophase
Meiotic prophase