Behavior analysis and the search for the origins of hypertension.
Avoidance breathing may launch hypertension, and behavior analysts are urged to test and treat it.
01Research in Context
What this study did
Wulfert (1994) wrote a theory paper. He asked: can avoidance breathing start high blood pressure?
He said people learn to breathe slow and shallow to escape stress. That style keeps sodium in the body. Sodium keeps blood pressure high.
No lab test was run. The paper calls on behavior analysts to run the tests.
What they found
The author linked three steps: avoidance → inhibitory breathing → sodium retention → hypertension.
He showed the idea fits with known kidney and lung data. The chain is still a guess until we try it with people.
How this fits with other research
Parmenter (1999) extends the same idea to anxiety. If breathing is an operant, you can shape it to cut dyspnea and anxious thoughts.
Weiss et al. (2001) add classical conditioning. Animal work shows aversive events directly teach breathing patterns. Together the three papers say both operant and Pavlovian routes can lock bad breathing in place.
Holtz et al. (2019) give first data. One week of repeated hyperventilation lowered startle in anxious adults. The lab method shows how you could test E’s blood-pressure story next.
Why it matters
If avoidance breathing raises sodium and pressure, you have a clear target. You can chart breathing rate and depth, add reinforcement or punishment, and watch blood pressure follow. The model pushes BCBAs into public-health work where few have gone.
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02At a glance
03Original abstract
Hypertension is a disorder of sodium regulation that develops over time in a context of the interactions of the individual with the environment. Experimental hypertension can be induced in laboratory animals and normotensive humans via increases in sodium intake under conditions of aversive behavioral control. Readiness for avoidance contingencies includes a breathing pattern characterized by subnormal rate and normal tidal volume. Studies with humans have shown that this inhibitory breathing pattern is associated with increased plasma acidity, increased renal sodium reabsorption, increased secretion of digitalis-like hormones that inhibit sodium-pump activity, and increased vasoconstriction and blood pressure. Behavioral research is needed that defines the necessary and sufficient conditions for inhibitory breathing and its role in the development of hypertension.
Journal of the experimental analysis of behavior, 1994 · doi:10.1901/jeab.1994.61-255