Key result
Guided autogenic relaxation cuts acute pain intensity by ~72% in male hypertensive patients.
Why the study?
Community-based, non-pharmacological interventions addressing acute pain and hypertension in patients' homes remain underdocumented, especially those grounded in nursing theory.
Does guided autogenic relaxation therapy reduce acute pain intensity and blood pressure in male hypertension patients with acute pain?
Does guided autogenic relaxation therapy reduce acute pain intensity and blood pressure in male hypertension patients with acute pain?
Effect estimate: 71.5% reduction from baseline (4.67)
A three-day home-based guided autogenic relaxation intervention substantially reduced acute pain and blood pressure in a small cohort of hypertensive men while fostering transition to independent self-care.
May support adjunctive autogenic relaxation in hypertensive men with acute pain; hypothesis-generating and requires randomized confirmation before practice change.
Hypertension rarely presents in isolation; a substantial proportion of affected adults also live with acute pain, most often occipital headache and neck tension, that erodes daily functioning and pushes patients toward unsupervised analgesic use. Community-based, non-pharmacological interventions capable of addressing this dual burden inside patients' own homes remain underdocumented, particularly when explicitly grounded in a nursing theoretical framework. This community nursing program examined the effect of guided autogenic relaxation therapy, structured around Orem's Self-Care Deficit Theory, on acute pain intensity, blood pressure, and self-care behavior among hypertension patients in a primary care catchment area. A quasi-experimental, one-group pretest-posttest design, reported following TREND and TIDieR guidance, was applied to three male patients aged 49-56 years with moderate acute pain (Numeric Rating Scale 4-5). Each participant received a standardized 15-minute guided autogenic relaxation session daily for three consecutive days at home, with pain, blood pressure, vital signs, and pain-related behavior recorded before and after every session. Mean pain intensity fell from 4.67 to 1.33, a 71.5% reduction; systolic pressure declined by 21 mmHg and diastolic pressure by 13 mmHg; and observable pain behaviors resolved by the third day. Two of the three participants began practicing the technique independently before the scheduled session on day two, consistent with Orem's transition from a partially compensatory to a supportive-educative nursing system. These findings support incorporating guided autogenic relaxation into home-based community nursing as an accessible, theory-consistent strategy for strengthening self-care agency in hypertension management.
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Sari et al. (2026) studied Hypertension with acute pain (n=3). Guided autogenic relaxation was evaluated on Mean pain intensity (Numeric Rating Scale) (71.5% reduction from baseline (4.67)). Guided autogenic relaxation reduced mean acute pain intensity by 71.5% and mean systolic blood pressure by 21 mmHg over three days in male hypertensive patients.
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