Movement disorders — dystonia, tremor, ataxia, functional movement disorder — affect 2.5–3.5% of the population, take five to seven years on average to diagnose, and leave most patients with medication management alone: no integrated rehabilitation, anywhere [1]. MindForge provides that missing layer in Dallas — instrumented, intensive movement rehabilitation, explicitly alongside your neurologist. Free 15-minute call · (214) 730-6463.
MindForge doesn't bill insurance — by design. Direct-pay is what makes an individualized, intensive program possible rather than care shaped by billing codes. HSA/FSA and financing options exist, and a written Good Faith Estimate precedes any commitment.
The gap this page names
Only 20–30% of movement-disorder patients ever reach specialist movement-disorder care; the rest are managed by general neurology with medications and, for many dystonias, periodic injections — appointments measured in minutes per quarter [1]. What's almost never offered is the layer the evidence increasingly supports: structured, skilled rehabilitation between those appointments — the combined medication-plus-training approach that exists in the literature but barely exists in the market [1]. Your neurologist stays your neurologist; we're the training floor their plan never had.
The training evidence itself is stronger than the utilization numbers suggest: in Parkinson's research — the best-studied movement disorder — high-intensity treadmill training normalized corticomotor excitability in early disease, high-intensity eccentric resistance outperformed standard strengthening for bradykinesia and gait speed, and forced-pace cycling improved motor scores where self-paced pedaling did not [2]. The through-line is the one our whole model runs on: intensity, task-specificity, and repetition drive motor adaptation — delivered here as a measured, individually dosed block built from your evaluation, not a generic gym plan.
Who we work with
- Dystonia — focal and task-specific presentations: retraining strategies, sensory-trick-informed work, and conditioning around the injection cycle where you receive one (dystonia page S6).
- Essential tremor — the most common tremor disorder; medication helps some and not others. Rehabilitation targets what tremor steals — task confidence, adaptive strategies, strength and control around the tremor — measured with instrumented movement testing. The line we hold: retraining does not abolish essential tremor; it rebuilds function around it.
- Ataxia — balance and coordination training with some of the clearest rehabilitation rationale in the family: instrumented gait and balance work, intensively dosed.
- Functional movement disorder — retraining is first-line; FMD has its own home on our FND page.
- Parkinson's disease — adjunct intensive rehabilitation on its own page (S6).
Evaluation and care
The MindForge Discovery Day — comprehensive neurological evaluation + report of findings + care plan: instrumented movement and gait testing (including dual-task conditions), balance and oculomotor batteries, phenotype-appropriate clinician-rated instruments, coordination with your existing neurological workup — we request records first, never duplicate blindly. Then the concentrated program: task-specific retraining, balance and postural re-education, conditioning dosed to your presentation, FM support where systemic load matters — daily sessions across consecutive weeks, re-tested against your own baseline. Program pricing is shared on your free 15-minute call (exact quote + GFE at the wrap). Medication and injection management stay entirely with your physicians; we schedule around your injection cycle, not against it.
What happens after the intensive?
The gains you keep are the ones you keep training. Motor improvement in this family runs on repetition, intensity, challenge, and feedback — the ingredients motor-learning research names again and again in Parkinson’s rehabilitation [3] — so a MindForge program ends with a continuation plan, not a goodbye. Concretely: a home program built from the tasks your re-test showed are trainable; the cueing strategies you practiced in-program (external cues — visual, auditory, rhythmic — are a documented route around the circuits these conditions disrupt [3]); scheduled re-measurement, so drift is caught by instruments rather than by frustration; and supervised maintenance conditioning where it fits your plan. For progressive conditions, plainly: training does not stop progression, and we will not claim it does. It defends function — measured against your own baseline, re-test after re-test.
What treatment looks like: Discovery Day → concentrated weeks → instrumented re-test with your data beside your neurologist's plan. (What to expect)
Frequently asked questions
Do you replace my movement-disorder specialist?
Never — adjunct by design; records flow back, injection cycles respected.
Can rehabilitation help essential tremor?
It doesn't abolish tremor; it measurably rebuilds function, strategy, and confidence around it — and we show you the measurements.
Is this evidence-based?
Combined medication-plus-rehabilitation has growing published support [1]; modality-level evidence is cited per condition; programs are evidence-informed synthesis, measured on your baseline.
My diagnosis took years — can you still help?
The 5–7-year diagnostic odyssey is the norm in this family [1]; what's trainable now is an evaluation question.
Is there treatment on the Discovery Day?
No — it's a diagnostic day.
Do you take insurance?
We're direct-pay, with superbills provided — see ways to pay.
Sources: [1] Movement-disorder prevalence (2.5–3.5%), 5–7yr diagnostic delay, 20–30% specialist access, combined PT+medication evidence direction (Care-Seeking §20: NINDS overview; Albanese et al.; focal-dystonia prevalence meta-analysis; Espay et al.).
[2] Parkinson's exercise-intensity evidence: high-intensity treadmill → normalized corticomotor excitability in early PD; high-intensity eccentric resistance > standard resistance for bradykinesia and gait speed; forced-exercise cycling improved UPDRS motor scores (Ridgel et al.) — per Clinical Exercise Pathophysiology for Physical Therapy (PD chapter).
[3] Motor-learning ingredients in Parkinson’s rehabilitation — goal-based practice with repetition, intensity, challenge, and feedback (Petzinger GM et al.) — and external-cueing strategies that route around affected basal-ganglia circuits (Morris ME model): Chien HF, Barsottini OGP (eds.), Movement Disorders Rehabilitation, Springer 2017, Parkinson’s disease and assessment chapters.