1. Oxyhaemoglobin would dissociate to supply O2 to the tissues
2. Haemoglobin would combine with more O2 at respiratory surface
3. Oxyhaemoglobin would not dissociate to supply O2 to the tissues
4. CO2 will interfere with O2 transport
Oxyhaemoglobin would not dissociate to supply O2 to the tissues
1. Toad pipa
2. Fish, Misgurnus
3. Tortoise
4. Toad xenopus
Fish, Misgurnus
1. Diaphragm and internal intercostal
2. Diaphragm and external intercostal
3. Abdominal muscles and internal intercostals
4. All of above
Diaphragm and external intercostal
1. 10-30%
2. 50-70%
3. 80-85%
4. 90-95%
80-85\%
1. Epidermal cells
2. Erythrocytes
3. Sieve cells
4. Cortical cells
Erythrocytes
1. Thyroid cartilage larynx
2. Arytenoid cartilage of larynx
3. Cricoid cartilage of larynx
4. All of above
Thyroid cartilage larynx
1. 135 ml
2. 13.4 ml
3. 1.34 ml
4. 20 ml
1.34 ml
1. Hypoxia
2. Xeroxia
3. Angina
4. Cough
Hypoxia
1. 5000 ml
2. 1000 ml
3. 500 ml
4. 800 ml
500 ml
1. Aerobic respiration
2. Anaerobic respiration
3. Carbohydrates
4. None of these
Anaerobic respiration