Collaborate with NMF Science
This page is for stakeholders and investors, medical and research partners, and governmental organizations and agencies interested in neuromyofascial science and what it may mean for patient care, clinical research, or broader health system applications.
Our immediate priority is independent methodological review and research readiness, followed by a carefully scoped prospective study. We are not seeking endorsement in place of investigation.
We are looking for partners who can support the next stage of this work: making the framework sufficiently documented, measurable, and independently testable to support a credible research program. A productive collaboration would provide funding, research infrastructure, measurement technology, or operational expertise, with clear milestones, and without assuming that clinical effectiveness or commercial scalability has already been established.
We are looking for collaborators who can identify weaknesses, distinguish reproducible findings from interpretation, and help determine which parts of the framework withstand independent testing.
Governmental organizations and agencies
We are interested in discussions about the evidence and safeguards that would be required to evaluate this work within rehabilitation, disability, and health system research programs. A productive initial collaboration would clarify research requirements, relevant outcome measures, and potential pathways for an appropriately governed pilot, rather than begin with a request for clinical adoption, reimbursement, or institutional endorsement.
Research Priorities
The overarching question we want investigated is whether identifiable neuromyofascial findings represent an additional, potentially modifiable contributor to symptom burden and functional limitation in some patients, and whether that contribution can be measured independently.
The initial research agenda is organized around six questions.
1. Can different examiners identify the same findings?
Clear definitions and a standardized assessment procedure are needed. When two appropriately trained examiners assess the same patient independently, do they identify the same locations, restrictions, and functional findings? The method must become explicit enough that another clinician can investigate it without relying on Dr. Lamb’s personal interpretation.
2. What do the examination findings correspond to objectively?
Whether palpation-based impressions correlate with measurable differences in tissue properties, movement, strength, neurological function, or imaging. Measurement approaches should be selected with relevant specialists. A palpable restriction does not establish fibrosis, nerve compression, or tethering. Those are interpretations requiring separate investigation.
3. How common and specific are these findings?
Within one clearly defined patient population, how frequently do the proposed findings occur, and how do they compare with appropriately selected controls? The question is whether the findings distinguish clinically meaningful subgroups rather than reflecting abnormalities also common in people without the same symptoms.
4. Which patients are more likely to benefit, not benefit, or experience harm?
Prospective patient selection criteria are needed. Do particular combinations of injury history, examination findings, or functional impairment predict outcomes? Research must account for nonresponders and adverse outcomes, not only patients with striking improvements.
5. Are changes clinically meaningful, durable, and acceptably safe?
Prespecified outcomes, consistent follow-up, and complete reporting of adverse events, concurrent care, and additional treatment. Immediate changes are worth documenting, but the more important questions concern sustained function, quality of life, recurrence, and the amount of ongoing care required. The effects of an initial intervention should be distinguished from those of subsequent rehabilitation or maintenance treatment.
6. What explains any observed changes?
Where improvements occur, competing explanations need investigation rather than assuming the proposed mechanism has been demonstrated. The working hypothesis concerns a possible additional contributor to symptoms and disability. It should not be presented as replacing established diagnoses or demonstrating modification of an underlying disease process.
The proposed sequence begins with reproducibility, measurement, and a selected lead population, then builds toward prospective outcome studies.
About the organization
NMF Science LLC is an educational organization supporting the documentation, critical review, and research development of Neuromyofascial Science. It does not provide clinical care, arrange appointments, or provide patient referrals. NMF Science LLC is owned and operated by Patrick Wagner. Dr. G. Blair Lamb is the developer of the Neuromyofascial Science framework and the organization’s lead educator and clinical content contributor. His medical practice in Burlington, Ontario operates separately from NMF Science LLC.
Where the Work Stands
NMF Science has developed educational resources and publicly available case report materials documenting individual cases, with their limitations stated. These are self-published on this site and have not undergone external journal peer review. The next priority is standardized documentation, independent methodological review, and preparation for prospective investigation.
We publish our case observations with their limitations stated, and we welcome scrutiny of the framework.
Scope and Boundaries
NMF Science does not diagnose or treat patients, book clinical appointments, provide referrals, or transfer treatment inquiries to any clinical practice.
Educational discussion of the framework does not constitute certification, licensing, or authorization to use a method clinically. Practitioner implementation is not available at this stage.
Individual cases, educational activity, and professional interest are not presented as proof of typical outcomes, disease modification, institutional endorsement, or established clinical effectiveness.
Contact
Patrick Wagner
Co-Founder and Head of Communication
NMF Science LLC
patrick@nmfscience.com
For research collaboration, methodological review, educational partnerships, and institutional discussions, please include your organization, area of expertise, the question you wish to investigate, and the type of collaboration you are proposing.
Please do not send personal medical records or individual treatment requests. NMF Science provides educational information and supports research development. It does not provide medical advice, clinical care, appointments, or patient referrals. Please direct personal health questions to your own qualified healthcare professionals.
Mailing address:
NMF Science LLC
1916 Main St, Ste 138018
Niagara Falls, NY 14305
