Researchers uncover the physics behind inaccuracies of cuff-based blood pressure readings

Blood pressure cuff errors may be missing 30% of hypertension cases

Cambridge scientists have cracked the mystery of why cuff-based blood pressure monitors often give inaccurate readings, missing up to 30% of high blood pressure cases. By building a physical model that replicates real artery behavior, they discovered that low pressure below the cuff delays artery reopening, leading to underestimated systolic readings. Their work suggests that simple tweaks, like raising the arm before testing, could dramatically…

Cambridge study reveals critical flaw in blood pressure readings — and how to fix it

Cambridge researchers identify a physical cause for inaccurate cuff-based readings and propose simple fixes that could improve diagnosis rates.

Major Flaw In Blood Pressure Tests Could Be Giving Millions The Wrong Reading

Millions of Americans who should be diagnosed with high blood pressure are slipping through the cracks because the familiar arm cuff in doctor’s offices often gives a reading that’s nearly six points too low. The post Major Flaw In Blood Pressure Tests Could Be Giving Millions The Wrong Reading appeared first on Study Finds.

Researchers uncover the physics behind inaccuracies of cuff-based blood pressure readings

Researchers have found why common cuff-based blood pressure readings are inaccurate and how they might be improved, which could improve health outcomes for patients.

Why common cuff-based blood pressure readings may be misleading—and how to fix them

Researchers have found why common cuff-based blood pressure readings are inaccurate and how they might be improved, which could improve health outcomes for patients.

Why common blood pressure readings may be misleading - and how to fix them