Vital Sign Accuracy May Depend on Body Position, Research Sugges

Vital Sign Accuracy May Depend on Body Position, Research Sugges


Experimental Protocol. Credit: American Journal of Physiology-Regulatory, Integrative and Comparative Physiology (2024). Doi: 10.1152/ajprgu.00073.2024

Body position can affect the fact of vital sign measurements that indicate arterial stiffness -a risk factor for Heart Disease – Ccording to New Research. Sitting Down during certain tests may cause a spike in arterial strike readings that does not reflect a true increase.

The study is Published in the American Journal of Physiology-Regulatory, Integrative and Comparative Physiology And has been chion as an apsselect article for February.

Arterial strike is when the walls of the blood vessels are not as elastic or stretchy as they should be. The condition is often a part of aging and can also occur in people who have diabetes, high cholesterol or high blood pressure. People with STIFER Arteries have an increase Risk of Heart Attack, Stroke and Other Forms of Heart Disease.

Medical Professionals Most Commonly Measure Markers of Arterial Stiffness with Patients lying on their back (supine position). However, Sitting may be a more practical option for people with chronic back pain pain or other health concerns.

In this study, Researchers Explred Whether Measuring Carotid-Female Pulse Wave Velocity -The Time IT Takes for the Pulse to Travel from the Carotid to the Femol Artery-CANSE BeNed Reliable When Measurad in in A seated position. Carotid-Female Pulse Wave Velocity (CFPWV) is Considered the “Gold Standard” for Measuring Arterial Stiffness.

The research team assessed a small group of young, healthy volunteers in both supine and seated positions on the same day. The researchers measured heart rate and blood pressure as well as cfpwv and took measurements three times in Each position. They also analyzed the differentce in arterial strike markers after a change from one position to the other.

Blood Pressure, Arterial Pressure and Heart Rate WHERELY HIGER WHEN PARTICIPANTS WERE SITTING COMPARED TO LYING DOWN. The Researchers found cfpwv to be much higher when seated as well. However, when looking at blood flow and blood pressure between the two postures and adjusting the calculation to account for changes in hydrostatic pressure (pressure create due to gravity) Comparable.

In addition, these findings sugges the activation of the sympathetic nervous system that occurs while sitting is not strong enough enough to cause large number of people.

This study may have important implications for diagnosis of arterial stiffness and, in turn, the risk of heart disease.

“It is crucial to carefully consider the subject’s posture during (Pulse Wave Velocity) Measurements to Accurately Assess ASSESS ARTERIAL STIFNESS,” The Researchers Wrote. “For Patients Who Find It Challenging to Maintain a Fully Supine Posture… Values ​​obtained in the seated position can be approvally adjusted for (hydrostatic and transmational presence).

More information:
Marino karaki et al, the Validity of Carotid-Female Pulse Wave Velocity in the Seated Posture as an index of Central Arterial Stiffness, American Journal of Physiology-Regulatory, Integrative and Comparative Physiology (2024). Doi: 10.1152/ajpregu.00073.2024

Provided by American Physiological Society


Citation: Vital Sign Accuracy May Depend on Body Position, Research Sugged (2025, February 20) Retrie 20 February 2025 From

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