Modification of combined migraine-muscle contraction headaches using BVP and EMG feedback.
Pair the biofeedback tool to the headache mechanism and you can teach clients to dial down their own pain.
01Research in Context
What this study did
Two adults with mixed migraine-tension headaches got biofeedback. One got blood-volume-pulse (BVP) feedback to shrink swollen head vessels. The other got EMG feedback to relax tight forehead muscles.
The team used a multiple-baseline design. Training started at different times to show the feedback, not luck, caused change.
What they found
Each person learned to control the body response that matched their pain. The migraine patient cut headache days when BVP scores improved. The tension patient cut headache days when EMG levels dropped.
Headaches dropped only after their own feedback began, proving the right tool for the right pain works.
How this fits with other research
Bloomfield (1966) first proved tiny muscle signals can be shaped by feedback. T et al. moved that lab trick into real headache relief twelve years later.
McCook et al. (2025) took the same EMG relax idea and gave it to kids with autism. A short video PMR boosted desk work, showing the principle spans ages and goals.
Mann et al. (1971) showed skin responses can be operantly conditioned. T et al. did the same for blood vessels and muscles, widening the list of body parts behavior analysts can tune.
Why it matters
You can match the biofeedback channel to the headache type you see. Try BVP feedback when pain pulses with the heartbeat. Try EMG feedback when the scalp feels tight. Start with five-minute sessions and track headache days on a calendar. If it works for one client, teach them to buy a cheap home sensor so they can self-manage flare-ups.
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Run a five-minute EMG or BVP baseline, then start matched feedback the next session if numbers drop with practice.
02At a glance
03Original abstract
The effect of blood volume pulse (BVP) and frontalis muscle action potential (EMG) feedback on control of vasoconstriction of the temporal artery and frontalis muscle activity in combined migraine-muscle tension subjects was investigated in a multiple baseline design (across subjects and responses). The data indicated: (a) both subjects obtained an ability to control BVP during BVP feedback and EMG during EMG feedback; (b) there were decreases in frequency of migraine headaches during BVP feedback and decreases in muscle contraction headaches during EMG feedback. The results of this study supported the theoretical explanation of two pain mechanisms involved in combined muscle contraction-migraine headaches as well as the effectiveness of bio-feedback procedures that target directly the specific pain mechanism in the elimination of the two types of head pain.
Journal of applied behavior analysis, 1978 · doi:10.1901/jaba.1978.11-215