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In addition to an interesting study on the application of Hilterapia® in the treatment of knee arthritis, this issue contains three in-depth studies dedicated to MLS®. This is a preliminary study conducted by veterinary doctors on the effect of MLS® therapy in the treatment of tendinitis in sheep, then a case report on the application of MLS® therapy in a patient affected by disc herniation with radiculopathy and finally a focus on an in vivo study on the efficacy of MLS® therapy in a model of neuropathic pain in the rat.
Tendinitis: MLS® in an ovine tendon injury model
Radiculopathy: a case report with MLS®
Neuropathic pain: in vivo study with MLS®
Knee arthritis: a study with Hilterapia®
Thirteenth issue of the scientific journal of ASAcampus Energy for Health, entirely dedicated to laser therapy. There are four articles focusing on and dedicated to MLS® and Hilterapia®. Specifically: two studies demonstrate the efficacy of MLS® therapy in treating chronic craniofacial pain and interesting evidence on the safety and clinical efficacy of MLS® laser acupuncture in managing chronic pain in joint diseases. Two other articles report, instead, the studies carried out by applying Hilterapia® to the treatment of Achilles tendinitis and to serious tendon and ligament diseases. A short letter on the application of laser therapy in veterinary medicine concludes the issue.
Craniofacial pain: efficacy of MLS® in chronic conditions
Tendinitis: Hilterapia® for Achilles tendinitis and for serious tendon and ligament diseases.
Laser puncture: MLS® for chronic pain in joint diseases
Veterinary medicine: a short letter on various MLS® applications
Focus on Laser Therapy in the twelfth issue of Energy For Health, now in its sixth year of publication. In addition to a study dedicated to the analysis of the thermal effects induced by infrared radiation, by constructing a mathematical model, and a survey on the principles underlying the laser-tissue interaction, a clinical study on the effects of the pulsed Nd: YAG laser in the treatment of low back pain is also published.
Thermal effects: construction of a mathematical model
Laser-tissue interaction: an investigation into the principles
Back pain: a study on the treatment of low back pain with Hilterapia®
Laser puncture: an analysis of applications in musculoskeletal pain and haemophilic arthropathy
The eleventh issue is divided into three sections dedicated to laser therapy - a study on the application of Hilterapia® for treating arthropathies in haemophilic patients, an investigation into the effectiveness of IR laser therapy in treating Achilles tendinitis and a research comparing two laser therapies using red and IR sources, respectively, for their effectiveness in promoting the healing of severe burns - and one focusing on magnetotherapy.
Haemophilic arthropathy: treatment with Hilterapia®
Achilles tendinitis: an investigation into the effectiveness of the laser
Magnetotherapy: treatment of juvenile rheumatoid arthritis
Severe burns: a comparison on the effectiveness of two lasers
4 themes have been analysed in-depth in this issue: "The effects of MLS® Laser Therapy in elite football players suffering from muscular problems: a controlled clinical study", "Treatment with laser therapy of skin damage induced by radiotherapy in breast cancer", " High Intensity Lasers vs. Low Intensity Lasers in Postmenopausal Osteoporosis Management" and "Effects of Pulsed Electromagnetic Fields on Muscle Cell Behaviour".
Muscle injuries: effects of MLS® Laser Therapy on the muscular problems of professional football players
Radiation damage to the skin: effects of laser therapy
Osteoporosis: high and low intensity lasers compared
Magneto therapy: effects on muscle cells
Ample space for scientific studies dedicated to MLS® Laser Therapy: the first article analyses the parameters of nerve conduction in diabetes-related diseases. In the second and third articles, MLS® Laser Therapy is applied to postural and post-traumatic neck pain and to muscle contractures caused by fatigue on athletes.
Peripheral neuropathies: effects of MLS® Laser Therapy
Postural and post-traumatic neck pain: treatment with MLS® Laser Therapy
Muscle contracture: case report of a young athlete treated with MLS® Laser Therapy
Knee pain: case report of treatment with MLS® Laser Therapy
Laser puncture: protocol for the treatment of osteoarthritic knee pain with Hilterapia®
The first article summarises the scientific research on the therapeutic use of laser; the second reports the clinical study on the application of Hilterapia® in treating osteoarthritis of the hand. The third compares traditional laser therapy and MLS® Laser Therapy in joint diseases. The fourth summarises an in vitro study on the effect of electromagnetic fields in a neuroblast model, while the last article reports a review on the effects of LLLT at a cellular level.
Laser in medicine: an analysis of scientific research
Osteoarthritis of the hand: a study with Hilterapia®
Joint diseases: efficacy of MLS® Laser Therapy
Magnetotherapy: in vitro trial in a neuroblast model
Laser therapy: a review of the effects of LLLT at a cellular level
The first article reports the continuation of the study on the interactions of electromagnetic fields with biological materials; the second concerns bone regeneration with LLLT. The third is an investigation on the effects of MLS® pulse on myoblasts. The fourth reports a case report concerning the treatment of ulcers and open wounds in dogs while the last one reports the effects of Hilterapia® in treating diabetic foot.
Magnetotherapy: interaction with biological materials
Bone regeneration: application of LLLT
Effects on myoblasts: a study with MLS® Laser Therapy
Veterinary medicine: a case report of MLS® Laser Therapy on ulcers and wounds in dogs
Diabetic foot: the effects of Hilterapia®
The first study concerns the interactions of electromagnetic fields with biological materials; the second concerns the principles of laser-tissue interaction. The third is a brief investigation on the thermal effects of laser irradiation on biological tissues. The topic of the fourth one is the treatment with LLLT of chronic low back pain caused by osteoarthritis.
Magnetotherapy: interaction with biological materials
Laser therapy: principles of laser-tissue interaction and an investigation on the thermal effects of irradiation
Chronic low back pain: Treatment with LLLT
The 5th issue of "Energy for health" is a special issue dedicated to the International Conference on Hilterapia®, held in Athens on 10 October 2009. These are the papers presented at the conference: the report on the effects of the pulsed Nd: YAG laser (HILT®) at a cellular and systemic level, curated by Dr Monica Monici, who directs the work of the ASAcampus study group. The very recent and complete comparison between Hilterapia® vs. Laser therapy, by Dr Damiano Fortuna, member of the scientific committee of the El.En. Group. And also the parallel of two therapeutic protocols in the treatment of knee osteoarthritis with Hilterapia®, a topic curated by Dr Tamara Viliani of the Careggi University Hospital in Florence. Furthermore, a series of works related to clinical studies on the treatment of various diseases with Hilterapia®.
Hilterapia®: effects of the laser at a cellular and systemic level
Laser therapy: laser/tissue interaction and a comparison with Hilterapia®
Shoulder pain: treatment with Hilterapia®
Knee osteoarthritis: comparison with the use of Hilterapia®
Lymphedema: treatment with Hilterapia®
Frozen shoulder syndrome: comparison with the use of Hilterapia®
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Decreto Legislativo 24 febbraio 1997, n°46 Articolo 21
1. E' vietata la pubblicità verso il pubblico dei dispositivi che, secondo disposizioni adottate con decreto del Ministro della Sanità, possono essere venduti soltanto su prescrizione medica o essere impiegati eventualmente con l'assistenza di un medico o di altro professionista sanitario.
2. La pubblicità presso il pubblico dei dispositivi diversi da quelli di cui al comma 1 è soggetta ad autorizzazione del Ministero della Sanità. Sulle domande di autorizzazione esprime parere la Commissione di esperti prevista dall'articolo 6, comma 3, del decreto legislativo
30 dicembre 1992, n. 541, che a tal fine è integrata da un rappresentante del Dipartimento del Ministero della Sanità competente in materia di dispositivi medici e da uno del Ministero dell'Industria, del commercio e dell'artigianato.
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