2011Journal of Applied Biobehavioral ResearchRequires access

Relaxation Training with and without Muscle Contraction in Subjects with Psychophysiological Disorders2

Alan L. Peterson, John P. Hatch, Ann Hryshko‐Mullen, Jeffrey A. Cigrang

Open publisher page 4 citations

Abstract

Relaxation training with and without muscle contraction was evaluated in 30 adult patients undergoing biofeedback for psychophysiological disorders. Participants were randomized to two sessions of relaxation training with the type of training randomly determined for the first test session. Surface electromyographic activity was significantly lower during relaxation with muscle contraction (M ± SD: 4.68 ± 2.92 µV) compared to relaxation without muscle contraction (M ± SD: 5.91 ± 4.07 µV) (t(29) = 2.44, p = .021). Participants were about twice as likely to report that they preferred relaxation training without muscle contraction (53.3%) over training with muscle contraction (23.3%). No significant differences were found for fingertip temperature. The implications for the use of relaxation training in clinical practice are discussed.

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What this paper is about

Relaxation training with and without muscle contraction was evaluated in 30 adult patients undergoing biofeedback for psychophysiological disorders. Participants were randomized to two sessions of relaxation training with the type of training randomly determined for the first test session. Surface electromyographic activity was significantly lower during relaxation with muscle contraction (M ± SD: 4.68 ± 2.92 µV) compared to relaxation without muscle contraction (M ± SD: 5.91 ± 4.07 µV) (t(29) = 2.44, p = .021). Participants were about twice as likely to report that they preferred relaxation training without muscle contraction (53.3%) over training with muscle contraction (23.3%). No significant differences were found for fingertip temperature. The implications for the use of relaxation training in clinical practice are discussed.

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Available abstract

Relaxation training with and without muscle contraction was evaluated in 30 adult patients undergoing biofeedback for psychophysiological disorders. Participants were randomized to two sessions of relaxation training with the type of training randomly determined for the first test session. Surface electromyographic activity was significantly lower during relaxation with muscle contraction (M ± SD: 4.68 ± 2.92 µV) compared to relaxation without muscle contraction (M ± SD: 5.91 ± 4.07 µV) (t(29) = 2.44, p = .021). Participants were about twice as likely to report that they preferred relaxation training without muscle contraction (53.3%) over training with muscle contraction (23.3%). No significant differences were found for fingertip temperature. The implications for the use of relaxation training in clinical practice are discussed.

Key concepts: Contraction (grammar), Relaxation (psychology), Biofeedback, Muscle contraction, Muscle relaxation, Physical therapy, Physical medicine and rehabilitation, Electromyography

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