# NeuroMotion — research collaboration brief
September 2026 | Proposed program, not a completed or registered study

Framework developed by Mohammed Saad Adnan.
Contact: info@neuromotion.science
Website: https://neuromotion.science/research

## The contribution
NeuroMotion organizes movement instruction through six principles: Base, Anchor, Inner Grip, Outer Grip, Ambi Curve, and Dynamic Balance. NST (Neuromotor Symmetry Training) translates this framework into 104 modules, each expanded into acquisition and application sessions: 208 weekly sessions over four developmental years. Ambi Elite is the first sports application.

## First research question
Can explicit Base–Anchor and contact-strategy instruction improve bilateral skill learning beyond task-, attention-, and time-matched bilateral practice?

## Stage 1 — define and establish feasibility
Agree on observable task definitions, instructional cues, safe participant-specific adaptations, and fidelity criteria. Train independent assessors. Estimate repeatability, rater agreement, participant understanding, adherence, and practical measurement constraints. The initial population is a proposed healthy-adult cohort; sample size and criteria require statistical and ethical review.

## Stage 2 — controlled comparison
Compare a bounded NST module set against matched bilateral practice. Prespecify the primary outcome, assessment conditions, allocation procedures, masking where feasible, missing-data handling, and analysis before recruitment. Candidate outcomes: accuracy, variability, switching cost, retention, and untrained-task transfer. Record dose, adherence, fidelity, and adverse events.

## Stage 3 — retention, transfer, and mechanisms
Test delayed retention and unfamiliar tasks. Select neural or physiological measurements only when justified by a reliable behavioral question. Extend to other ages, sports, or clinical populations through separately designed and approved protocols.

## Collaboration roles
NeuroMotion: source framework, curriculum architecture, founder participation, and teaching-fidelity development.
Host researchers: independent methods, operational review, statistics, instrumentation, ethics oversight, and study implementation.
Funding partners: support an agreed budget covering protocol development, staffing, recruitment, measurement, analysis, and dissemination.

## Agreements before a study
Define authorship and contribution credit, curriculum rights, publication independence, data governance, participant protection, and access to teaching materials. Commit to reporting results transparently, including null or contrary findings.

## Scientific context
- Frizzell et al., Imaging functional neuroplasticity in human white matter tracts (2022): https://pmc.ncbi.nlm.nih.gov/articles/PMC8741691/
- Mueller et al., Bimanual motor coordination in agenesis of the corpus callosum (2009): https://pubmed.ncbi.nlm.nih.gov/19824766/
- Interlimb Transfer of Reach Adaptation Does Not Require an Intact Corpus Callosum: https://pmc.ncbi.nlm.nih.gov/articles/PMC8318344/

These studies provide context, not validation of NST.

## Interpretation boundaries
The grip zones are functional teaching cues, not continuous median/ulnar nerve pathways extending to the feet. The Six Laws are organizing principles of the framework, not established universal physical laws. Neuroplasticity, cognitive benefits, injury prevention, rehabilitation, and confidence are distinct research questions. No universal ambidexterity, intelligence, neurological, or medical outcome is guaranteed. No university affiliation or completed trial is implied.