Effects of Single Trial of Heart-Rate Biofeedback during Ramp Bicycling Exercise

Abstract

We examined whether a single trial of heart-rate biofeedback was effective to attenuate heart-rate responses during ramp exercise despite a lack of biofeedback conditioning. 35 healthy women exercised in two trials while they tried to attenuate their heart rate by watching biofeedback signals or they only exercised without biofeedback signals (Control trial). 17 subjects were able to attenuate the heart rate during Biofeedback trial (Can group) whereas the remaining subjects were not (Cannot group). In the Can group, the magnitude of heart-rate attenuation in all exercise time was equivalent to 11 ±3% of the preexercise heart rate. Since the heart-rate reduction was similar to that achieved after the heart-rate biofeedback conditioning in previous studies, it is likely that the single trial of heart-rate biofeedback was effective for almost half the subjects to attenuate the heart-rate responses during ramp exercise.

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References

Achmon

Granek

Golomb

Hart

(1989) Behavioral treatment of essential hypertension: A comparison between cognitive therapy and biofeedback of heart rate. Psychosomatic Medicine, 51, 152–164.

Chefer

S. I.

Talan

M. I.

Engel

B. T.

(1997) Central neural correlates of learned heart rate control during exercise: Central command demystified. Journal of Applied Physiology, 83, 1448–1453.

Cox

R. J.

McGuinness

(1977) The effect of chronic anxiety level upon self control of heart rate. Biological Psychology, 5(1), 7–14.

De Pascalis

Alberti

M. L.

Pandolfo

(1984) Anxiety, perception, and control of heart rate. Perceptual and Motor Skills, 59, 203–211.

Engel

B. T.

Talan

M. I.

(1991a) Autonomic blockade does not prevent learned heart rate attenuation during exercise. Physiology and Behavior, 49, 373–382.

Engel

B. T.

Talan

M. I.

(1991b) Hemodynamic and respiratory concomitants of learned heart rate control during exercise. Psychophysiology, 28, 225–230.

Fredrikson

Engel

B. T.

(1985) Learned control of heart rate during exercise in patients with borderline hypertension. European Journal of Applied Physiology and Occupational Physiology, 54, 315–320.

Goldstein

D. S.

Ross

R. S.

Brady

J. V.

(1977) Biofeedback heart rate training during exercise. Biofeedback and Self-Regulation, 2, 107–125.

Janssen

(1983) Treatment of sinus tachycardia with heart-rate feedback. Journal Behavioral Medicine, 6, 109–114.

10.

Nazzaro

Mudoni

Manzari

Merlo

Pieri

Panettieri

Vulpis

Pirrelli

(1991) Efficacy of biofeedback treatment compared with drug therapy in hypertensive patients. Functional Neurology, 6, 49–57.

11.

Perski

Engel

B. T.

(1980) The role of behavioral conditioning in the cardiovascular adjustment to exercise. Biofeedback and Self-Regulation, 5, 91–104.

12.

Perski

Tzankoff

S. P.

Engel

B. T.

(1985) Central control of cardiovascular adjustments to exercise. Journal of Applied Physiology, 58, 431–435.

13.

Pickering

Gorham

(1975) Learned heart-rate control by a patient with a ventricular parasystolic rhythm. Lancet, 1, 252–253.

14.

Talan

M. I.

Engel

B. T.

(1986) Learned control of heart rate during dynamic exercise in nonhuman primates. Journal of Applied Physiology, 61, 545–553.

15.

Williamson

D. A.

Blanchard

E. B.

(1979) Heart rate and blood pressure biofeedback: II. A review and integation of recent theoretical models. Biofeedback and Self-Regulation, 4(1), 35–50.