Hydrogen ion concentration (H+) is an important regulator of many cellular functions including contractility of the vascular smooth muscle cells. In many physiological and pathological states, changes in pH may have profound effects on the contractility of blood vessels and thus on the peripheral vascular resistance and blood pressure. Therefore, it is necessary to understand the likely outcome of the situations in the conditions, where pH changes are frequent. In this review, the mechanisms involved in the contractile responses of vascular tissues to pH changes are discussed
A considerable amount of work has been done on the study of the effect of H+ ion on the resting memb...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
High-frequency skeletal muscle contraction results in muscle fatigue and a decrease in intracellular...
Hydrogen ion concentration (H+) is an important regulator of many cellular functions including contr...
Hydrogen ion concentration (H+) is an important regulator of many cellular functions including contr...
I have investigated the effect of changing extracellular pH (pH₀) with constant PCO₂ on the electric...
Changes in intracellular pH (pHi) in vascular smooth muscle cells influence growth and contraction. ...
Changes in intracellular pH (pHi) in vascular smooth muscle cells influence growth and contraction. ...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
The effect of acid-base alterations was analyzed using isolated rat hearts perfused at constant coro...
The effect of acid-base alterations was analyzed using isolated rat hearts perfused at constant coro...
AIMS: It has been known for more than a century that pH changes can alter vascular tone. However, th...
Aims: It has been known for more than a century that pH changes can alter vascular tone. However, th...
A considerable amount of work has been done on the study of the effect of H+ ion on the resting memb...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
High-frequency skeletal muscle contraction results in muscle fatigue and a decrease in intracellular...
Hydrogen ion concentration (H+) is an important regulator of many cellular functions including contr...
Hydrogen ion concentration (H+) is an important regulator of many cellular functions including contr...
I have investigated the effect of changing extracellular pH (pH₀) with constant PCO₂ on the electric...
Changes in intracellular pH (pHi) in vascular smooth muscle cells influence growth and contraction. ...
Changes in intracellular pH (pHi) in vascular smooth muscle cells influence growth and contraction. ...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
The effect of acid-base alterations was analyzed using isolated rat hearts perfused at constant coro...
The effect of acid-base alterations was analyzed using isolated rat hearts perfused at constant coro...
AIMS: It has been known for more than a century that pH changes can alter vascular tone. However, th...
Aims: It has been known for more than a century that pH changes can alter vascular tone. However, th...
A considerable amount of work has been done on the study of the effect of H+ ion on the resting memb...
Acid-base homeostasis maintains systemic arterial pH within a narrow range. Whereas the normal range...
High-frequency skeletal muscle contraction results in muscle fatigue and a decrease in intracellular...