CO can cause a shift of the oxygen dissociation curve to left. At the apex of the lung, the arterial pressure is higher than alveolar pressure.
CO can cause a shift of the oxygen dissociation curve to left. At the apex of the lung, the arterial pressure is higher than alveolar pressure.
Δ G = 0 in the following process of(). A: ammonia dissociation in water reaches to equilibrium; B: ideal gas expands in vacuum; C: alcohol dissolves in water; D: explosive.
Δ G = 0 in the following process of(). A: ammonia dissociation in water reaches to equilibrium; B: ideal gas expands in vacuum; C: alcohol dissolves in water; D: explosive.
Hypophosphatemia can bring about effects on the body. Which of the following takes place in hypophosphatemia? ( ) A: Impaired renal function B: Oxygen-hemoglobin dissociation curve shifts to the right C: Thrombocytopenia D: Deficiency of ATP production E: Altered vitamin D hydroxylation
Hypophosphatemia can bring about effects on the body. Which of the following takes place in hypophosphatemia? ( ) A: Impaired renal function B: Oxygen-hemoglobin dissociation curve shifts to the right C: Thrombocytopenia D: Deficiency of ATP production E: Altered vitamin D hydroxylation
Which of<br/>the followings are the mechanisms of ventricular diastolic<br/>dysfunction? () A: Delayed<br/>restoration of Ca 2+ B: Reduced<br/>diastolic potential energy of ventricles C: Dysfunction<br/>of excitation-contraction coupling D: Reduced<br/>ventricular compliance E: Disorder<br/>of dissociation of myosin-actin complex
Which of<br/>the followings are the mechanisms of ventricular diastolic<br/>dysfunction? () A: Delayed<br/>restoration of Ca 2+ B: Reduced<br/>diastolic potential energy of ventricles C: Dysfunction<br/>of excitation-contraction coupling D: Reduced<br/>ventricular compliance E: Disorder<br/>of dissociation of myosin-actin complex