How the brain detects physiologic signals from internal organs through neural pathways involved in interoception.

How changes in inhibitory stability during benzodiazepine withdrawal can activate stress-responsive systems and increase physiologic signaling throughout the body.

Future benzodiazepine care must move beyond dose schedules alone. It requires mapping stress-system circuits and understanding how they interact.

It reflects the staged calming and recalibration of the stress system.

Late reinstatement or updosing often does not behave as expected.

Sleep collapse, escalating autonomic flares, sensory overload, or severe reactivity signal that the stress system is destabilized.

It does not mean zero symptoms.

Mast cells are highly stress-responsive immune cells.

Motor agitation, inner restlessness, pacing, and imbalance can reflect stress-sensitive basal ganglia and cerebellar motor-gating circuits.

Loss of GABA restraint disrupts sympathetic–parasympathetic balance, destabilizing autonomic regulation.

When GABA restraint falls, excitatory signaling increases, and neuroimmune pathways are activated.

Understanding CRH–Adrenergic Surges in Withdrawal

Withdrawal Behaves Like a Systems Disorder — Because It Is One

Dose changes alone cannot explain benzodiazepine withdrawal. In our 39-patient dataset, symptoms mapped to five distinct neurobiologic axes rather than linear dose effects.