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Collegiate/Olympic Track & Field Athlete
Muscle Delta Musculoskeletal Case Study:

Introduction

Precision Musculoskeletal Therapy is an “Engineering Based” methodology that uses technology assisted therapy, paired with highly skilled therapists who analyze and apply precision treatment to the appropriate tissues and muscle.   100% non-invasive, medication-free, non-surgical techniques are applied to a patients muscles to treat very deeply into the muscles, that result in truly profound physiological changes to muscles.  Muscle Delta’s technology safely treats any muscle and tissue anywhere on the body, from head to toe.  This technology also is possibly the only known safe way to precisely treat muscles such as the psoas, which is located on the front of the spine and under the stomach.   The treatment specifically penetrates absolutely safely, but deeply, to the correct depth for a specific area, into each muscle and tissue being treated.   

The therapist uses these specific techniques to help restore physiological balance of the musculoskeletal alignments, which also affect joint dysfunction, nervous system, and vein and arterial systems. Homeostasis is restored to the patient through restoring optimal functioning of these areas. When restriction or dysfunction in these areas has been corrected or relieved, a patient may also experience an improvement of their physical, mental, emotional and spiritual well –being.  

This case study seeks to describe and explain what occurred with a patient who had a “simple” orthopedic injury that did not recover after following the prescribed physical therapy technique, and what the results were when treated with Muscle Delta Musculoskeletal Precision Therapy Technology.  This therapy does require a skilled therapist who is trained on not only proper palpation of the muscular systems, but also in the Muscle Delta “Engineering” based methodology and analysis techniques.  

History

Adult Female, age 25: Collegiate/Olympic Track & Field Athlete was presented for therapy utilizing Muscle Delta Musculoskeletal Therapy Technology and Methodology.  The patient was diagnosed with repetitive stress injury to the right ankle, resulting in ongoing pain that affected performance and life in general.   Injury had been worsening over several years, and was specifically a result of pressure, stress, and muscle shortening from 10 years intense training in the High Jump Event.  

The patient had been in Collegiate Athletics and had access to trainers, and therapists for the team.  As the Athlete transitioned into Olympic training, access to therapists broadened in that she was not only training with other Olympic Athletes, but her main training partner was the daughter of an NFL Quarterback who was very knowledgeable in athletics and heath.  However, the injury did not improve from therapy modalities applied.   The modalities applied prior to Muscle Delta Therapy were ineffective, and were as follows:  

• Manual Massage Therapy 
• Assisted Manual Therapy using powered massage tools
• Functional Range of Motion Therapy
• Advance Stretching Techniques
• Cryotherapy
• Dry Needling Therapy

Tests and Measurements

When patient was presented to Muscle Delta Therapist, pain and mobility dysfunction were as follows:

Numeric Rating Scale:  patients rate their pain on a scale from 0 to 10, with 0 being no pain and 10 being the worst possible pain. 

• Patient described pain at rest: 4
• Patient described pain at normal activity: 6
• Patient described pain at intended activity:  8

No range of motion testing was performed for this patient.  Muscle Delta normally conducts a Range of Motion test for each affected joint using our state of the art ROM tool that measures common Ranges of Motion on key joints in the body.  Muscle Delta was a guest in the clinic to demonstrate technology, and therefore was not in control of the evaluation process.  This was the first patient treated in that particular treatment setting.   

Palpation and Engineering based Musculoskeletal analysis were performed, and the following treatment was prescribed and applied

Treatment 

Based on patient’s history, medical chart, and NRC values, and Palpation and Engineering based Musculoskeletal analysis following was determined and treatment prescribe:

Severe right ankle pain: analysis revealed peroneous longus tendon, posterior and inferior to the lateral malleous, was the “symptom” and peroneus longus muscle belly was the source of the injury/pain.   While it is generally accepted that “non-severe” tendinitis be treated with rest and temperature (cold and heat), Muscle Delta Methodology strongly maintains that light PRECISION pressure applied properly to tendons will soften and lengthen them.  Muscle Delta advanced training discusses and directs on proper application of precision pressure to specific tendons in the body. 

Specifically related to this patient, 4 minutes of very light pressure was precisely applied to the thin tendon.  Light pressure was selected, and is based on palpation, application testing of a test push of the treatment head, and with patient verbal feedback until a comfortable level is discovered.  Once the correct pressure is established, treatment begins.  Muscle Delta Musculoskeletal Therapy does not need to spend a great percentage of treatment time treating the this tendon, as it is small and tender, but we aim to lengthen the stressed tendon, and begin the healing process by increasing blood flow.  

After this relatively short duration of tendon treatment, therapy focused on the true “source”, the belly of the peroneus longus. The correct treatment attachment was applied to the main treatment head of the “Muscle Delta Assistant” Musculoskeletal Precision Technology Tool, and treatment continued for 15 minutes.  The appropriate attachment in this case was a smaller pointed attachment that penetrate deeply into peroneus longus and between tibia and fibula bones.  Due to the type of treatment head chosen and the inherent length of peroneus longus, the therapist relocated the treatment site 3 times, 5 minutes per location.  

Identical treatment continued twice per week for just over 2 weeks.  

Results

Utilizing the Muscle Delta Musculoskeletal Therapy Analysis Methodology, and Treatment Tools, the Patient’s results were immediate and profound.  Patient’s NRC value was reduced by 60% after the 1st treatment, which resulted in no pain at rest, and limited pain with basic activity.  Patient’s NRC scale was reduced to the lowest pain level of “1” after 5 treatments applied over16 days.  

Normally, there would have been Range of Motion values additionally represented in the results, but due to conditions earlier stated, they were not available for this patient.  Although it is reasonable to assume that there were reasonable increases in Range of Motion, and certainly reduced/eliminated pain within ranges of motion. 

Discussion

Utilizing the Muscle Delta Musculoskeletal Therapy Analysis Methodology, and Treatment Tools, patients quickly and safely are returned to a healthy and pain free state.  It is important to restate and more clearly state that this therapy and technology is 100% completely non-invasive, non-surgical, medication-free, and expeditious.   The efficacy, and safety of Muscle Delta Musculoskeletal Therapy cannot be overstated, especially when compared to other “deep penetrating” methodologies, and tools currently utilized in Physical and Orthopedic Therapy.  When compared to Laser, Shock, Electrical therapies, in order to treat as deeply as Muscle Delta Musculoskeletal Therapy Tools, the power output of these other modalities must be very a powerful setting.  This increased “energy” applied is indiscriminate, and is more than likely affecting other systems in a potentially very negative way.  They are essentially using “brute” force to penetrate into the body, they are not applied in a totally precise manner, and they definitely do not physiologically change the tissue like non-invasive pressure does.  

Muscle Delta Musculoskeletal Technology Advanced Training discusses human skeletal muscle hierarchical structure in detail, and how deep and precision therapy positively affects all the related systems within a muscle.  There are also many other positive changes within the muscles cellular structure, and they are all examined in the advanced training. 

Muscle Delta: Safety, Standards, and Effectiveness Overview
Compliance with Safety and Robotics Standards
Muscle Delta strictly adheres to all pertinent safety and robotics standards, ensuring its technology remains safe and reliable for users.

Collaborative Robotics Design and Safety
Collaborative robots (cobots) are fundamentally different from traditional industrial robots. By design, they cannot harm a human under any circumstances.

These cobots are limited to a maximum speed of 25mm per second to ensure safety during operation.

Key Collaborative Robot Safety Standards
ISO/TS 15066:2016 (International) and RIA TR R15.606-2016 (U.S.) provide the foundational safety requirements for collaborative robot systems. Importantly, it’s the system as a whole—not just the robot alone—that is evaluated for collaborative status.

Collaborative robot systems are a subset of industrial robot systems, not an alternative to them.

These guidelines build upon foundational industrial robot safety standards to maintain consistency and safety across all implementations.

Certified Medical and Electrical Standards
Muscle Delta technology is compliant with a comprehensive range of recognized medical and electrical equipment standards, including:

• ANSI/AAMI ISO 10993-1, 10993-5, 10993-10: Biological evaluation and toxicity testing of medical devices.
• IEC 60601-1, 60601-1-2, 60601-1-6, 60601-1-8: General requirements for basic safety, electromagnetic disturbance, usability, and alarm systems in medical electrical equipment.
• IEC 62366-1: Usability engineering for medical devices.
• IEC 62304: Medical device software life cycle processes.
• IEC/TR 60601-4-1, IEC TR 60601-4-2: Guidance for medical devices employing autonomy and electromagnetic immunity.
• IEC 80601-2-78: Particular requirements for safety and performance of medical robots used for rehabilitation and assessment.
• ISO 14971: Risk management for medical devices.
• ISO 15223-1: Symbols and labeling for medical devices.

Manufacturing and Certifications
Muscle Delta devices are 510(k) exempt and non-invasive.

All devices are manufactured by AHI Automation in Henderson, NV—a certified UL-listed assembler whose clients include Disney, Epcot, Royal Caribbean, The Sphere (Las Vegas), and DaVinci Surgery Robotics.

Each Muscle Delta device visibly displays the UL listing sticker, verifying electrical safety.

Clinical Use and Adoption
Muscle Delta technology has been used in hospitals such as Advent Health (formerly Florida Hospital) for pre- and post-surgery foot and ankle treatment.

The technology is trusted by sports organizations, including a purchase by the New York Jets.

Over 1,000 elite athletes (including household names) have been successfully treated using this system.

Ongoing evaluations are underway at several medical institutions, with double-blind studies planned within the next six months.

Methodology and Efficacy
Muscle Delta’s approach is rooted in a “muscle lengthening” methodology, which is recognized as the safest within its product class.

It is the method itself, not just the device, that delivers proven, repeatable improvements by aligning the body through proper muscle lengthening—a universal need as muscles naturally shorten over time.

This technique closely mimics manual therapy but does so with enhanced safety, precision, and repeatability.

Endorsements and Public Perception
Renowned athletes like Tom Brady, a major advocate for muscle pliability, publicly support muscle lengthening concepts. He has stated, “over time muscles shorten, and we need to lengthen muscles.”

Case studies posted by Muscle Delta support their claims, presenting data consistent with known standards and expert endorsements.

Legal and Regulatory Notes
All claims and product information are backed by proper certifications, with verification available on the devices.

Disclaimer: A disclosure page is linked in the footer of Muscle Delta’s website, outlining safety and regulatory information.

Summary:
Muscle Delta leverages industry-leading safety standards, proven methodologies, and robust certifications to provide what appears to be the safest and most effective non-invasive solution for muscle lengthening and adhesion removal available today. Its technology is built on methods recognized as best-in-class, distinguished by official certification, extensive medical use, and endorsements by elite athletes.