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Updated: Jul 3, 2026
Quantitative Autonomic Testing
Published on: July 19, 2011
Changes of blood pressure and heart rate during sexual activity in healthy adults
Tan Xue-Rui1, Lv Ying, Yang Da-Zhong
1Cardiology Department, First Affiliated Hospital, Shantou University Medical College, Shantou, Guangdong, PR China. tanxuerui@vip.sina.com
Insights
Sexual activity causes mild, temporary increases in blood pressure (BP) and heart rate (HR) in healthy adults. These physiological changes return to baseline levels shortly after, indicating a manageable workload.
Area of Science:
- Cardiovascular Physiology
- Human Sexuality Research
Background:
- Understanding the cardiovascular response to sexual activity is crucial for assessing its safety, particularly in individuals with pre-existing cardiovascular conditions.
- Previous research often relied on laboratory settings, potentially limiting the ecological validity of physiological measurements during sexual activity.
Purpose of the Study:
- To investigate the real-time changes in blood pressure (BP), heart rate (HR), double product (DP), and heart rate variability during sexual activity in healthy adults.
- To establish baseline cardiovascular parameters before evaluating patients with chronic cardiovascular disease.
Main Methods:
- Simultaneous 24-hour ambulatory monitoring of BP and HR in 49 healthy adults (22 males, 27 females).
- Participants engaged in sexual activity in their familiar environment, with manual BP measurements taken at specific intervals before, during, and after orgasm.
- Data analysis included paired t-tests to compare physiological parameters from baseline to 1 hour post-orgasm.
Main Results:
- Peak blood pressure (BP) occurred at the beginning of the plateau phase, not orgasm, and returned to baseline within 10 minutes post-orgasm.
- Peak heart rate (HR) occurred at the beginning of orgasm, returning to baseline within 10-20 minutes.
- Double product (DP) showed mild to moderate increases during sexual activity, also returning to baseline levels shortly after.
Conclusions:
- Ambulatory monitoring provides accurate physiological data during sexual activity in natural settings.
- Sexual activity induces transient, mild increases in BP, HR, and DP in healthy adults, with rapid recovery to baseline.
- The physical exertion of sexual activity is comparable to daily-life workloads.
Objective:
This study is to observe the changes of blood pressure (BP), heart rate (HR), double product (DP) and heart rate variability during sexual activity in healthy adults before we cover patients with chronic cardiovascular disease.
Methods:
Forty-nine participants grouped by sex, 22 males, aged 40.6+/-7.8 years; 27 females, aged 40.3+/-7.8 years, underwent simultaneous ambulatory monitoring of BP and HR for 24 h. During the monitoring period, sexual activity of the participants with man-on-top in their familiar environment was performed. Participants were requested to measure BP manually at the beginning of each sexual phase and three times after orgasm in every 10-min interval and 60 min after orgasm. For each individual, eight measuring values, respectively, about BP, HR, DP and heart rate variability were obtained from baseline to 1 h after orgasm. The data were statistically analyzed with paired t-test and the significant level was set at P<0.05.
Results:
In both groups, the peak BP did not appear at orgasm, but at the beginning of plateau and dropped to baseline level at 10 min after orgasm (male 141.41+/-17.13/91.05+/-13.69 vs. 120.14+/-11.07/72.86+/-7.78 mmHg, female 121.67+/-16.61/77.37+/-15.03 vs. 109.37+/-10.54/67.19+/-9.41 mmHg). The peak HR occurred at the beginning of orgasm, and dropped to baseline level 10-20 min after orgasm (male 96.36+/-11.96 vs. 75.41+/-9.02 bpm, female 90.19+/-10.38 vs. 71.44+/-5.68 bpm). DP of both groups elevated at the beginning of plateau and orgasm then decreased to baseline level 10 min after orgasm (male 12964.27+/-2659.17 vs. 9134.09+/-1469.58 mmHg bpm, female 10044.48+/-1777.89 vs. 7841.30+/-1023.79 mmHg bpm). All the results showed that BP, HR and DP have mild to moderate changes during sexual activity in healthy adults.
Conclusion:
Using ambulatory technology to monitor BP and HR helps us to get the real data in participants during sexual activity. BP, HR and DP increase just slightly for a short time and recover to baseline level soon after sexual activity in healthy adults. The physical exhaustion during sexual activity is within the range of the daily-life workload.
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