ARPwave NEUROMUSCULAR THERAPY
Clinical Research & Studies
Therapeutic Application of ARPwave Method
- ARPwave and Muscle Girth Recovery Post-ACL – Effect of ARPwave electrostimulation on muscle girth after ACL injury.
- Summary: ARPwave treatment aids in restoring quadriceps girth post-ACL reconstruction.
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Stabilizing Spinal Muscles Through Electrostimulation – Neuromuscular electrical stimulation training results in enhanced activation of spinal stabilizing muscles during spinal loading and improvements in pain ratings.
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Summary: Based on self reported pain levels, results suggest that NMES has an important role to play with chronic low back pain rehabilitation.
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Electrical Stimulation and Sciatica – Clinical effects of electrical stimulation therapy on lumbar disc herniation-induced sciatica and its influence on peripheral ROS level.
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Summary: Electrical stimulation has a significant, positive effect on lumbar disc herniation-induced sciatica.
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Electrical Stimulation and Low Back Pain – Electrical muscle stimulation as an adjunct to exercise therapy in the treatment of nonacute low back pain: a randomized trial.
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Summary: The effects of combined electrical stimulation and exercise therapy seem to be the most effective in treating nonacute low back pain.
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Bioelectricity and Regeneration
- Wound Healing with Electricity – Electrical Stimulation to Enhance Wound Healing
- Summary: Electrical stimulation significantly reduces the size of chronic wounds, limits inflammation, increases blood perfusion, and more.
- Endogenous Electric Fields in Wound Healing – A role for endogenous electric fields in wound healing.
- Summary: Electric fields in wound stimulation can increase healing rates by 13-50%, but more research is required for mammalian wounds.
- Electrical Currents in Children’s Amputated Fingertips – Measurement of electrical currents in amputated fingertips of children
- Summary: Electrical currents in children’s fingertip amputations resemble those observed in newts, indicating a potentially similar regenerative mechanism.
- Bioelectricity in Regenerating Newt Limbs – Large currents leave the stumps of regenerating newt limbs.
- Summary: Electrical currents near regenerating newt limbs suggest that stump currents are part of the mechanism newts use to regrow limbs.
Neuromuscular Electrical Stimulation (NMES) in Rehabilitation
- NMES and Voluntary Muscle Contractions – Combined application of NMES and voluntary muscle contractions.
- Summary: Early NMES is beneficial for strength gains, supporting voluntary exercise as rehabilitation progresses.
Direct Current (DC) Applications in Bone Healing
- An Analysis of ES and Bone Healing – Electrical Stimulation in Bone Healing: Critical Analysis by Evaluating Levels of Evidence
- Summary: While further studies are needed to support and optimize clinical applications of ES for bone healing, certain clinical studies have weilded evidence in support of its use
- DC Stimulation in Spinal Fusion – Use of direct current stimulation in spinal fusion cases.
- Summary: Direct current stimulator implants assist recovery in lumbar spinal fusion.
- Healing Nonunion Fractures with DC – Case report on nonunion healing using direct current.
- Summary: Direct current application shows varied success in nonunion fracture recovery.
- Biomechanical Properties in Fracture Healing – Electrical stimulation effects on fracture healing in rabbits.
- Summary: Midphase stimulation positively affects fracture healing but does not accelerate it.
- Effects of DC on Rabbit Fibula Healing – DC stimulation in fractured rabbit fibulas.
- Summary: Direct cathodal currents stimulated fracture healing in rabbit fibulas.
Cellular Responses to Electric Fields
- Guiding Embryonic Cell Motility with Electric Fields – Embryonic cell motility influenced by electric fields.Summary:
- External electrical fields can guide fibroblast motility.
- Calcium Influx in Fibroblasts Due to Electric Stimulation – Electrical stimulation effects on human fibroblasts.
- Summary: Increased calcium influx leads to protein and DNA synthesis in fibroblasts.
- Electric Fields Affecting Macrophage Motility – Electric field-induced motility changes in macrophages.
- Summary: Electric fields strongly influence macrophage motility and pseudopod activity.
- Electrocurrents’ Impact on ATP and Protein Synthesis – Electrocurrents on ATP generation and protein synthesis in rat skin.
- Summary: Increased protein activity through electrical stimulation contributes to protein synthesis.
Vascular Responses in Animal Models
- Vascular Reactions During Electrical Stimulation – Electrical stimulation effects in hamster and rabbit tissues.
- Summary: Electrical stimulation enhances osteogenesis, with limited impact on vascular permeability.
- Small Electric Currents and Intravascular Thrombosis – Effects of small electric currents on thrombosis in rat mesentery.
- Summary: Injury currents may correlate with vascular occlusion.
Post-ACL Reconstruction with NMES
- NMES in ACL Post-Reconstruction – NMES efficacy after ACL surgery
- Summary: NMES in combination with standard rehab accelerates ACL recovery and reduces strength loss.
- Early NMES for Quadriceps After Knee Arthroplasty – NMES impact on quadriceps recovery after knee replacement.
- Summary: Early NMES helps in maintaining quadriceps strength, supporting functional recovery post-surgery.
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Unleash the Power of Recovery
ARPwave Neuromuscular Therapy accelerates recovery from injury or surgery by addressing the root causes of pain and dysfunction, improving muscle strength, nerve healing, and mobility, while reducing the risk of reinjury through a comprehensive, drug-free approach.
Guide to Pain-Free Living
ARPwave Neuromuscular Therapy offers a drug-free solution to chronic pain by addressing its root causes through targeted electrical stimulation, promoting muscle healing, neuroplasticity, and recovery, while breaking the cycle of pain, reinjury, and dependency on medication.
Empowering Athletic Excellence
ARPwave Neuromuscular Therapy enhances athletic performance by improving muscle function, accelerating recovery, and reducing the risk of injury through targeted electrical stimulation that boosts blood flow, re-educates muscles, alleviates spasms, and promotes efficient movement patterns.
White Paper
The Impact of Musculoskeletal Injuries and How to Best Treat Them
Blood Flow & Healing
ARPwave’s electrostimulation technology, particularly through devices like the RxBlack, enhances blood flow, accelerates healing, and improves muscle function by promoting vasodilation, tissue repair, and regeneration, offering a versatile, non-invasive treatment option for chronic wounds, muscle recovery, and overall well-being.
Muscle Atrophy
Electrostimulation, particularly through ARPwave’s RxBlack and FlexDoctor devices, offers a powerful solution for preventing and reversing muscle disuse atrophy by stimulating muscle activity, improving blood flow, and enhancing recovery, making it an effective tool in rehabilitation and recovery from immobilization or injury.
Muscle Re-education
The electrical stimulation achieved through ARPwave’s RxBlack device, harnesses the brain’s neuroplasticity to re-educate muscles, restore proper movement patterns, alleviate pain, and enhance performance by delivering precise electrical impulses to target muscles and accelerate healing.
Muscle Functionality
Muscle spasms, caused by factors such as dehydration, muscle fatigue, or stress, can be alleviated with treatments like stretching, massage, and heat or ice, while electrostimulation devices like ARPwave’s RxBlack offer a powerful, FDA-recognized solution for muscle relief and recovery.
Understanding Joints
Electrical stimulation, particularly with ARPwave’s RxBlack and FlexDoctor devices, can improve range of motion (ROM) by reducing inflammation, enhancing blood flow, and promoting muscle strength, helping to restore joint mobility and prevent atrophy.
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