NeuroMuscular Taping (NMT) Clinical Studies & Scientific Research
Advancing Rehabilitation Through Clinical Investigation, Scientific Evidence and International Collaboration
The NeuroMuscular Taping (NMT) Institute promotes clinical research, scientific publication and international collaboration to investigate the applications, mechanisms and potential clinical relevance of the original NeuroMuscular Taping decompressive methodology. Founded in Rome in 2003, the Institute combines professional education with research and development activities aimed at improving methodological consistency, clinical reasoning and the evaluation of rehabilitation outcomes. The NMT Clinical Studies and Research section provides access to scientific articles, clinical studies, research protocols, case reports, educational publications and collaborative research initiatives involving NeuroMuscular Taping. Its purpose is to encourage transparent scientific communication, support reproducible clinical methodology and contribute to the progressive development of evidence-informed rehabilitation.
Research & Development at the NMT Institute
The NeuroMuscular Taping Institute recognizes that clinical experience and theoretical reasoning must be examined through appropriate scientific methods before treatment effects can be established. Research and development activities therefore focus on the standardization of application procedures, documentation of clinical interventions, identification of relevant outcome measures and collaboration with healthcare institutions and researchers. The Institute encourages clinicians to distinguish between observed clinical responses, proposed physiological mechanisms and findings supported by controlled scientific investigation. This distinction is fundamental to responsible research communication and the interpretation of clinical evidence.
Scientific Foundations of Zero-Tension Decompressive Taping
NeuroMuscular Taping is characterized by the application of elastic adhesive tape with zero additional tension (0%) while the skin and underlying body region are positioned in functional elongation. When the body returns to a neutral position, characteristic skin convolutions may develop beneath the tape. This decompressive methodology differs from conventional tension-based elastic taping approaches. Research associated with NMT explores possible relationships between cutaneous mechanical stimulation, superficial tissue mobility, sensory input, proprioception, lymphatic physiology and functional rehabilitation. The extent to which these proposed mechanisms produce clinically meaningful benefits remains an important subject of scientific investigation. The Institute supports the development of clearly described application protocols to facilitate comparison between studies and improve methodological reproducibility.
Published NMT Clinical Studies and Scientific Articles
The NMT research directory brings together publications and clinical resources addressing different aspects of decompressive taping. Materials may include peer-reviewed journal articles, randomized controlled trials, observational studies, case reports, treatment protocols, methodological papers and educational reviews. Each publication should be identified according to its actual study design and publication status. The inclusion of a study or clinical report in the directory does not imply that its findings have been independently replicated or that the reported intervention is effective for all patients. Readers are encouraged to review the original publication, research methods, participant characteristics, outcomes and limitations.
Clinical Research Across Rehabilitation Disciplines
Musculoskeletal and Orthopaedic Rehabilitation
Research interests include pain-related outcomes, joint mobility, functional movement, postoperative rehabilitation and the integration of decompressive taping with conventional physiotherapy. Clinical studies may evaluate changes in validated functional scores, range of motion, pain intensity and other rehabilitation measures.
Neurological Rehabilitation
NMT research explores selected applications in neurological rehabilitation, including stroke, Parkinson’s disease and other conditions affecting movement, postural control and functional independence. Potential outcome measures include gait characteristics, motor performance, balance, functional assessments and patient-reported outcomes.
Lymphatic and Vascular Rehabilitation
Investigations examine the possible contribution of decompressive applications to lymphatic and postoperative rehabilitation. Research topics include peripheral oedema, tissue response, postoperative swelling and the integration of NMT with established lymphatic management strategies.
Breast Surgery and Oncology Rehabilitation
Clinical research interests include postoperative oedema, scar mobility, shoulder function, axillary web syndrome and functional recovery following breast surgery. Studies should consider surgical procedures, postoperative timing, contraindications and concurrent rehabilitation interventions.
Speech Therapy, Swallowing and Voice Rehabilitation
Specialized research explores the potential role of NMT in selected rehabilitation applications involving cervical function, swallowing, phonation, facial movement and postoperative head-and-neck care. This area requires careful clinical assessment and collaboration with appropriately qualified speech-language and medical professionals.
Pediatric Rehabilitation
Pediatric research and clinical reporting address age-appropriate rehabilitation applications, functional movement, postoperative recovery and selected neurological or developmental conditions. Clinical investigations involving children require particular attention to ethical approval, informed consent, skin safety and appropriate outcome measures.
Clinical Trials, Observational Studies and Case Reports
Different study designs contribute different types of scientific information. Randomized controlled trials can help evaluate intervention effects under defined conditions, while observational studies may describe associations and outcomes in routine clinical practice. Case reports and case series can document individual clinical experiences, identify research questions and support the development of future investigations. Treatment protocols describe proposed interventions and clinical reasoning but should not be interpreted as proof of effectiveness. The NMT Institute encourages transparent reporting of study design, participant selection, intervention procedures, outcome measures, statistical methods, limitations and adverse events.
Ongoing Research Projects and International Collaboration
The Institute supports collaboration between healthcare professionals, hospitals, universities and rehabilitation services interested in investigating NMT applications. Research projects may involve protocol development, feasibility studies, clinical trials, observational data collection and evaluation of rehabilitation outcomes. Ongoing and planned investigations should be clearly distinguished from completed and published studies. Where available, project descriptions should include the study objective, design, recruitment status, research institution, investigators, ethical approval information and trial registration.
Scientific Publications and Research Resources
The Clinical Studies directory provides access to original publications, DOI records and research resources relevant to NeuroMuscular Taping. A DOI is a persistent identifier for a digital publication or research object. It does not, by itself, indicate peer review or scientific quality. Readers should consider the publication venue, study design and methodological limitations when evaluating the evidence. The Institute supports open scientific communication and encourages the appropriate sharing of clinical knowledge and research findings.
Submit Research and Collaborate With the NMT Institute
Healthcare professionals and researchers interested in contributing to the NMT research directory are encouraged to share relevant scientific publications, clinical investigations and appropriately documented research materials. Submissions should identify the authors, publication status, study design, intervention methodology, clinical outcomes and applicable ethical or consent requirements. Patient-identifiable information must not be submitted or published without appropriate authorization and safeguards. The Institute welcomes collaboration aimed at improving the reproducibility, transparency and scientific evaluation of NeuroMuscular Taping applications.
Building an Evidence-Informed Future for NeuroMuscular Taping
The NeuroMuscular Taping Institute is committed to combining standardized professional education with responsible scientific investigation. Through research collaboration, clinical documentation and publication of appropriately classified scientific materials, the Institute seeks to strengthen understanding of the decompressive methodology and its potential place within multidisciplinary rehabilitation.
Explore NMT clinical studies, review scientific publications and discover opportunities for international rehabilitation research collaboration.
What is the difference between the various “TAPING” techniques
The NeuroMuscular Taping Institute encourages article publication as an attempt to clarify terminology and methodology when referring to “taping” techniques used in rehabilitation for both the professional treatment area and the public suffering with low back pain, Parkinson’s, MS, phantom pain, post surgery and many other conditions. Over the last twenty years, the treatment of many common musculoskeletal disorders with brightly coloured adhesive tapes has become popular with the consequent mystifications and myths. The uncertainty of the methodology leads to foreseeable errors of interpretation regarding names, theoretical foundations, indications and technical aspects of these physiotherapeutic tools.
NeuroMuscular Taping concept of decompression and dilation methodology has particular application characteristics that differentiates it from other types of kinesiology taping and bandages. This new method of taping application (known as NMT) was created in 2003 in Italy by David Blow and enhances clinical reasoning while specific decompression taping applications are the basis of this innovative rehabilitation technique. Correct applications are used for reducing pain relief, sports injuries, muscle tension while improving athletic performance, rehabilitation and overall physical therapy, occupational therapy and speech therapy results.
NeuroMuscular Taping in the treatment of LYME DISEASE (PTLDS)
TREATMENT PROTOCOL SERIES
David Blow
“Lyme disease is the most common vector-borne disease in the United States. Lyme disease is caused by the bacterium Borrelia burgdorferi and rarely, Borrelia mayonii. It is transmitted to humans through the bite of infected blacklegged ticks. Typical symptoms include fever, headache, fatigue, and a characteristic skin rash called erythema migrans. If left untreated, infection can spread to joints, the heart, and the nervous system. Lyme disease is diagnosed based on symptoms, physical findings (e.g., rash), and the possibility of exposure to infected ticks”
DermoTaping (treatment concept developed by NMT Institute) uses the NMT methodology specific for the treatment of skin disorders. Special adhesive tapes exert a biomechanical pumping stimulation on the skin to facilitate lymphatic and vascular flow. In DermoTaping, the purpose is to improve the oxygenation of the skin to promote activation of the skin’s regeneration processes. While in NMT, the objective is improving blood flow and oxygenation at a deeper level affecting nerve endings, lymphatic vessels, muscles and joints improving mobility and reducing pain.
Exclusion criteria: NeuroMuscular Taping decompression methodology is not indicated in the acute phase of Lyme disease infection.
All applications are focused on normalising alterations of the lymphatic, vascular and nervous systems in the aftermath of infection in the PTLDS phase. Typical NMT protocols in this later phase cover:
- stiff neck and shoulders, body muscle and tendon pain
- joint arthritis of the elbow, wrists, shoulder, knee, hip and ankle respiratory difficulties
- neuropathy pain and numbness of the hands and feet facial palsy
Efficacia del Taping NeuroMuscolare nel trattamento di ustione in età pediatrica
Marro Elena. Laureata in Terapia della Neuro Psicomotricità dell’eta evolutiva. Università degli Studi di Torino, 2017-2018
Paole chiave: Neuromuscular Taping, Burning scar, Pain, Physical Therapy, Pediatrics, Pain Management.
Abstract: il seguente case study articolo e tratto da un tesi di laurea in TERAPIA DELLA NEURO PSICOMOTRICITÀ DELL’ETÀ EVOLUTIVA presso l’Università degli Studi di Torino. Neuro Muscular Taping (NMT) è un metodo di terapia biomeccanica che utilizza stimoli decompressivi per ottenere effetti positivi nei sistemi vascolare, linfatico e neurologico. L’applicazione del tape con metodologia decompresso alza il stratto cutanea e dilata il tessuto connettivale sottostante. L’obbiettivo del applicazione e di aumentare l’elasticità cutanea, contrastare l’aderenza, ossigenare, fluidificare e nutrire la zona traumatizzata. Il rapporto flusso plasma e la portata dei fibroblasti cutanei secernono il precursore solubile dell’elastina, la tropoelastina (TE) e fondamentale nella fase di guarigione delle ferite da ustione. Questo “case study” in una patologia, che speriamo ci sara poche casi in eta pediatrica, considerato traumatica al livello fisiologico e emotivo offre considerazione per futuri “clinical trials”.