OBH: Non-invasive Brain Stimulation
tDCS and TMS Pathways for Neuroplastic Motor Recovery & Chronic Pain
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tDCS and TMS Pathways for Neuroplastic Motor Recovery & Chronic Pain
Many rehabilitation interventions focus on the body while treating the nervous system as a secondary consideration. Non-invasive brain stimulation asks clinicians to examine motor control, cortical excitability, neuroplasticity, and the relationship between central and peripheral responses. This six-lesson Orthobiological Hacker digital course introduces major neuromodulation concepts and explains the mechanisms discussed in transcranial magnetic stimulation (TMS), transcranial direct current stimulation (tDCS), and galvanic vestibular stimulation (GVS). Learners consider how these approaches are studied, where the evidence is developing, and how to distinguish plausible mechanisms from clinical proof. The course is designed to strengthen neurophysiological reasoning in rehabilitation, not to substitute for equipment-specific training, professional credentials, or authorization to perform any particular intervention.
- CEU Hours4 CEUs
- FormatONLINE CEU COURSE
- InstructorsOBH Faculty
- CategoryDiplomas
Course details
- Cortical excitability, neuroplasticity, and the neurophysiology of stimulation
- Mechanisms discussed in TMS, including induced electrical activity and synaptic signaling
- How tDCS relates to modulation of neural excitability
- How vestibular stimulation is discussed in relation to balance and movement
- The contrast between central-to-peripheral and peripheral-to-central rehabilitation models
- How to interpret emerging neuromodulation evidence and its limits