Smile Biofeedback Intake and Orientation
- A Wellness and Positive Emotional Health (as opposed to solely a
symptom alleviation approach) to Peripheral Nervous system Biofeedback intake and patient
orientation. By Rob Kall
by Rob Kall
211 N. Sycamore, Newtown, PA 18940, 215-504-1700 fax
215-860-5374
smile@futurehealth.org
- www.futurehealth.org
Copyright 1995 Rob Kall. Do not duplicate without including complete contact information.
for personal use of person who downloaded this file.
This is excerpted from the Encyclopedia of Biofeedback, a work in progress.
Rob Kall offers one on one or group training in biofeedback.
The goal of this biofeedback
Identify reason for referral, symptoms, negative effects on life, emotional state,
functioning, attitude. When patient seems really
low, say, I want you to take an emotional physical snapsot of where you are and what
you're feeling now.
-Identify things, medications, activities which relieve symptoms. What makes you feel
good? What inspires and uplifts you or gives you spiritual strength. What makes you
smile? What makes you laugh? What makes you happy? What good things do other people say
about you?
-When the patient is smiling or laughing, obviously feeling good, hopeful positive. Tell
him or her, "Take another emotional, mental physical snapshot of how you're
feeling."
-Point out how the patient went from feeling very bad to feeling good enough to smile and
laugh.
This happened effortlessly in just a few minutes.
It shows that it's possible to turn on good feelings, to get rid of bad feelings, even if
pain is present. The patient can do this. You just demonstrated it. But biofeedback helps
her to learn to do this voluntarily, when she wants to. This turns the intake into an
orientation of the potential to learn how to feel good rather than learning how to get rid
of pain.
Explanation of biofeedback in context of his or her problem: What it is, how it works, how
it will help her, how it is done, what happens to her during a session, course of
treatment, signs of success, benefits, direct and indirect.
Have patient tense her forehead then relax, then tense it half as tight, then half again
and half again until she cant' discriminate the difference in tension. Usually she can
only tell three or four apart. Exlain how biofeedback acts like a telescope or microscope
to look inwards, so you can know more about your body, become more aware of small,
normally cahnges you couldn't normally detect with your regular senses.
Explain that muscle tension and thermal feedback are the two most common biofeedback
measures, plus breathing, that the goal for the training will be to help her learn greater
control over these.
Why Forehead EMG-- because facial muscles reflect mental and emotional tension or stress.
The brain pays more attention to the face and hands than to all the rest of the body. Show
picture of motor homunculus. Learning to relax your facial muscles will help you learn to
quiet your mind, develop a calm feeling inside, so you don't have anxiety and racing
thoughts. It helps to innoculate you against new
stressors, and helps prevent stress and tension from setting off muscle related pain.
Temperature biofeedback teaches you how to warm your fingertips and toes. If you think
about it, the english language describes the relationship between stress and the
temperature of your extremities. When you're scared, you have cold feet, a cold
feeling in the pit of your stomach, or, when you're nervous, cold hands warm heart
and you break into a cold sweat when you're scared.
Stress causes the blood vessels in the extremities-- fingers and toes-- to squeeze
tighter-- the pipes actually get naroower so they hold less blood. Your blood distributes
heat from your body's core and it carries energy giving sugar and the ozygen which helps
the body burn the sugar. Normally, the skin in the extremities holds a reservoir of extra
blood which is kept ready for emergencies, when extra energy is needed. Stress causes the
blood to be shifted from the skin to muscles so they can quickly react to the fight or
flight response. When the blood leaves the skin in the fingers and toes, they get cooler.
Temperature biofeedback teaches you to relax and reverse thisstress reaction process, so
your fingers and toes warm up because your blood vessels are relaxed because the stress
nervous system has relaxed.
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