Metabolic alkalosis will lead to() A: decreased intracellular [K+]. B: increased intracellular [K+]. C: increased extracellular [K+]. D: normal intracellular [K+].
Metabolic alkalosis will lead to() A: decreased intracellular [K+]. B: increased intracellular [K+]. C: increased extracellular [K+]. D: normal intracellular [K+].
CO2 partial pressure in intracellular fluid is the highest in body.
CO2 partial pressure in intracellular fluid is the highest in body.
Some nuclear receptor proteins may be activated by intracellular metabolites rather than by secreted signal molecules.
Some nuclear receptor proteins may be activated by intracellular metabolites rather than by secreted signal molecules.
In a typical communication between cells, the signaling cell produces a particular type of intracellular signal molecule that is detected by the target cell.
In a typical communication between cells, the signaling cell produces a particular type of intracellular signal molecule that is detected by the target cell.
The mechanism of positive inotropic effect produced by cardiac glycosides is to increase intracellular concentration of A: Na+ B: K+ C: Cl- D: Mg2+ E: Ca2+
The mechanism of positive inotropic effect produced by cardiac glycosides is to increase intracellular concentration of A: Na+ B: K+ C: Cl- D: Mg2+ E: Ca2+
Edema is A: Excessive intracellular fluid B: Excess extracellular fluid C: Excessive fluid in tissue spaces or body cavity D: Excessive intravascular fluid
Edema is A: Excessive intracellular fluid B: Excess extracellular fluid C: Excessive fluid in tissue spaces or body cavity D: Excessive intravascular fluid
Where is the highest partial pressure of carbon dioxide in the body A: Venous blood B: capillary blood C: arterial blood D: interstitial fluid E: intracellular fluid
Where is the highest partial pressure of carbon dioxide in the body A: Venous blood B: capillary blood C: arterial blood D: interstitial fluid E: intracellular fluid
The intracellular small molecules which can transmit extracellular signal is called ( ) A: first messenger B: carrier C: second messenger D: transmitter E: third messenger
The intracellular small molecules which can transmit extracellular signal is called ( ) A: first messenger B: carrier C: second messenger D: transmitter E: third messenger
Small molecules which are responsible for intracellular signal<br/>transduction are called( ) A: receptor B: vetor C: transmitter D: first messenger E: second<br/>messenger
Small molecules which are responsible for intracellular signal<br/>transduction are called( ) A: receptor B: vetor C: transmitter D: first messenger E: second<br/>messenger
Carnitine is: A: an essential cofactor for the citric acid cycle. B: essential for intracellular transport of fatty acids. C: one of the amino acids commonly found in protein. D: present only in carnivorous animals.
Carnitine is: A: an essential cofactor for the citric acid cycle. B: essential for intracellular transport of fatty acids. C: one of the amino acids commonly found in protein. D: present only in carnivorous animals.