Tyson, an adult American Staffordshire Terrier, initially presented with patterns consistent with chronic hypervigilance, tension holding, and difficulty sustaining relaxed states during touch and proximity. Prior to intervention, observable stress indicators included elevated muscle tone, limited spontaneous settling, delayed recovery following stimulation, and frequent micro-avoidance behaviors. These patterns were assessed through structured observation, caregiver reporting, and in-session nervous system tracking.
Tyson’s nervous system responses were tracked across sessions using observational markers rather than diagnostic labels. Indicators included body tension patterns, breath rhythm, orienting responses, settling latency, and recovery time following touch or environmental stimulation. This case study reflects trend-based changes observed over repeated sessions rather than controlled experimental outcomes.
Tyson participated in a series of Waldrup Somatic Method (WSM) sessions focused on nervous system regulation, consent-based touch, and fascia-informed contact. Sessions prioritized pacing, choice, and co-regulation, allowing Tyson to initiate or disengage from contact as needed. Techniques were adapted session-to-session based on real-time nervous system feedback rather than predetermined protocols.
Across multiple sessions, Tyson demonstrated consistent shifts toward lower arousal states and improved nervous system recovery. Observable changes included reduced tension holding, increased capacity for stillness, and more frequent spontaneous settling during and after touch-based interaction. These shifts were noted through repeated in-session observation, caregiver feedback, and comparison of baseline versus post-session regulation patterns.
Before
After
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