1. In all cells
2. Only in plant cells
3. Only in animal cells
4. All eukaryotic cells
All eukaryotic cells
1. Mitochondria have a highly folded inner wall
2. Disruption of mitochondria yields membrane fragments which are able to synthesise ATP
3. Mitochondria in animal embryos have tendency to concentrate in cells which are to become part of locomotory structures
4. A contractile protein capable of utilization ATP has been obtained from mitochondria
Disruption of mitochondria yields membrane fragments which are able to synthesise ATP
1. Dinoflagellates
2. Trichomionids
3. Diatoms
4. All eukaryotes
Trichomionids
1. Cilium
2. Flagellum
3. Basal body
4. Hair
Flagellum
1. Plasmodesmata
2. Desmosomes
3. Tight junctions
4. Gap junctions
Plasmodesmata
1. Eukaryotic cell
2. Anaerobic bacteria
3. Most muscle cells
4. Virtually all cells
Virtually all cells
1. True solution
2. Emulsion
3. Suspension
4. Reversible colloidal solution
Reversible colloidal solution
1. Lysosome
2. Chloroplasts
3. Ribosome
4. Vacuole
Ribosome
1. Chloroplast
2. Cell wall
3. Centrosome
4. Plasmalemma
Cell wall
1. Crista
2. Matrix
3. F0-F1 complex
4. Plasmalemma
F0-F1 complex