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  • 7 weeks ago
A collaborative team from the University of Bristol and affiliated institutions has discovered concealed hormonal trends that may elucidate certain instances of elevated blood pressure. The investigation tracked 60 patients across Bristol, Bergen, Stockholm, and Athens, utilizing the U-RHYTHM wearable device to assess hormone levels at 20-minute intervals over a 24-hour period. Researchers observed transient spikes of aldosterone, including during sleep, which could be overlooked by conventional blood testing methods. This study emphasizes primary aldosteronism, a potentially treatable disorder that might impact up to 20% of individuals suffering from hypertension. Additional extensive research is required prior to implementing these findings in routine clinical practice.

Disclosure: This video contains stock footage and content created or enhanced using Al-assisted tools.
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Transcript
00:00A hidden hormone disorder could be contributing to millions of high blood pressure cases.
00:05Researchers from the University of Bristol and partner institutions say standard blood tests may sometimes miss it.
00:11The condition, called primary aldosteronism, occurs when the adrenal glands produce too much aldosterone.
00:17That hormone affects how the body regulates salt, water, and blood pressure.
00:22Scientists monitored 60 patients across Bristol, Bergen, Stockholm, and Athens.
00:26A wearable device measured hormone levels every 20 minutes for a continuous 24 hours.
00:32The researchers discovered brief hormone surges during both waking hours and sleep.
00:37Nighttime spikes could be particularly difficult to detect because routine blood tests are rarely taken while patients sleep.
00:44In some patients, hormone levels temporarily fell below standard diagnostic thresholds, potentially hiding the disorder.
00:51The unusual hormone bursts disappeared after an affected adrenal gland was surgically removed.
00:56Researchers say continuous monitoring could eventually improve detection of this potentially curable cause of hypertension.
01:04But larger studies are needed before wearable hormone tracking can become part of routine medical care.
01:09Disclosure.
01:10This video contains stock footage and content created or enhanced using AI-assisted tools.

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