Transfer of an escape response from tail shock to brain-stimulated attack behavior.

Scientists taught animals to escape mild tail shock. The animal learned to run when the shock came on.

Next they triggered attack behavior by stimulating the brain. They wanted to know if the escape response would also appear during this brain-induced attack.

They watched whether the animal still ran away when no shock was given, only brain attack.

The escape response moved to the attack only when the attack included a painful scream. Without the scream, the animal did not run.

This shows the escape response stays tied to pain cues. It does not jump to any aggressive act.

Azrin et al. (1967) came next from the same lab. They showed that if you let the animal bite during avoidance training, the bite removes the clash between attack and escape. Their trick was to build the bite into the contingency.

Konstantareas et al. (1999) moved the idea into a clinic. They found that for kids with disabilities, task instructions alone can act like a tiny shock and trigger escape behavior. Changing the cue—mixing play with work—cut problem behavior.

Dawson et al. (2000) stretched the escape idea further. They showed aggression can work to stop an adult from interrupting a child’s ritual. The aversive stimulus is no longer shock; it is the interruption itself.

Together these papers draw a line from tail shock to task demands to ritual break. Escape control stays the same; only the painful stimulus changes.

When you see problem behavior, ask what stimulus the client is trying to escape. Map the exact cue. Then change the cue or let the client use the same response in a safe way, just as H et al. let the bite become part of the plan.