-transparent.png){kind=logo}
Present study was undertaken to develop an apparatus for heart rate biofeedback training in clinical basis. The plethysmographic transducer was used for detection of pulses. The main part of this apparatus is composed of three systems in function, that is, an audiovisual feedback system of heart rate in analogue and digital manners, a reinforcement system of exteroceptive stimuli of light and/or sound and operant biofeedback system. Experimental inspection of the apparatus showed no problem except a case of angiospasm of fingers. Clinical trials revealed that this apparatus was available to the biofeedback control of heart beats in both normal volunteers and some cardiac patients.
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
June 1977,
Biofeedback and self-regulation,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
February 2024,
Archives of physical medicine and rehabilitation,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
June 2020,
Applied psychophysiology and biofeedback,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
January 1982,
Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
January 1990,
Journal of electrocardiology,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
March 1983,
Biofeedback and self-regulation,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
May 1986,
Psychophysiology,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
September 1985,
Biofeedback and self-regulation,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
December 2001,
Applied psychophysiology and biofeedback,
I Saito, and
H Nikawa, and
M Yamakawa, and
S Okuse, and
M Murao
December 2020,
Applied psychophysiology and biofeedback,
