mean arterial pressure

Mean arterial pressure was the most important variable to adjust for between the two groups.

Under most circumstances, the body attempts to maintain a steady mean arterial pressure.

These specialized receptors are sensitive to changes in mean arterial pressure.

The variability in mean arterial pressure within and between subjects was 4% and 6% respectively.

It is possible that the vascular system in the older subjects has compensated for the higher mean arterial pressures.

This is possible due to the direct relationship between the cardiac output, mean arterial pressure and the vascular resistance.

Therefore, Mean arterial pressure can be determined from:

Sometimes the mean arterial pressure is calculated.

On a larger level, vasoconstriction is one mechanism by which the body regulates and maintains mean arterial pressure.

In normotensive individuals, insulin may stimulate sympathetic activity without elevating mean arterial pressure.

A more detailed analysis of this line indicated plasma creatinine was also increased and males had lower mean arterial pressure than controls.

The mean intergroups difference in mean arterial pressure was -1 mm Hg (7 to -9) during the last three months of follow up.

It is characterised by decreases in mean arterial pressure and stroke volume and a parallel increase in heart rate.

An increase in the mean arterial pressure increases depolarization of these sensory endings, which results in action potentials.

Once the person has been sufficiently fluid resuscitated but the mean arterial pressure is not greater than 65 mmHg vasopressors are recommended.

Mean arterial pressure (usually approximated with diastolic pressure + 1/3 pulse pressure)

We found that maximal conductance was reduced in our older subjects, consistent with a higher mean arterial pressure in these subjects.

We also found higher maximal conductance in the young active group compared to the older inactive subjects, again explained by differences in mean arterial pressure.

The mean arterial pressure (MAP) is a term used in medicine to describe an average blood pressure in an individual.

The goal blood pressure for these patients is a mean arterial pressure of 40-50mmHg or a systolic blood pressure less than or equal to 80.

Conductance was calculated by dividing the maximal blood flow by the mean arterial pressure (MAP).

During this trial, five of the 11 patients taking enalapril were normoalbuminuric after one year of treatment, while mean arterial pressure decreased by 10 mm Hg.

Vasodilation directly affects the relationship between mean arterial pressure, cardiac output and total peripheral resistance (TPR).

An increase in either of these physiological components (cardiac output or TPR) cause a rise in the mean arterial pressure.

The mean arterial pressure (the average pressure) and pulse pressure (the difference between the systolic and diastolic) are other important values.