Stress Awareness and Biofeedback

Stress has become an almost normal experience for many people. There are many sources including the pressures of work, personal life, or just the overwhelming pace of modern society.   Stress can take a serious toll on both our physical and mental health. The good news is that there are strategies available to help us manage stress effectively, and one of the most interesting and scientifically proven methods is biofeedback. Here we will talk about stress awareness, its impact, and how biofeedback can be used as a tool to reduce stress and improve overall well-being. Read more

How to Use Biofeedback Equipment

Biofeedback Equipment is a process that uses instruments that record physiological signals from a person’s body and then display the information so that a person can learn to change the signal that is being measured.  One therapeutic application of biofeedback is for helping people with stress-related disorders.  In this context sensors may be attached to a client and signals including muscle tension, breathing, and heart rate is measured and displayed on a computer screen.  The client with the help of coaching from a therapist learns to control these signals and bring them to a more relaxed level.

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Skin Conductance Biofeedback

Skin Conductance can be both one of the simplest yet one of the most complex modalities of biofeedback at the same time.  More stress, the reading goes up.  More relaxed, the reading goes down.  Simple, right?  Not so fast.  Make sure we are not actually talking about resistance measures which are exactly opposite from conductance.  Besides two opposite measures of conductance and resistance, we should also add skin potential.  When I was introduced to biofeedback way back in 1984, GSR or Galvanic Skin Response was the common feedback modality for monitoring changes based on sweat activity.  The readings in Ohms would go down when there was more sweat on the skin because resistance was decreasing and it would go up if the amount of sweat decreased because resistance was increasing.  The audio tone was reversed so that it went up when the subject was responding to something and got lower when they recovered or calmed down.

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