ASACampus Scientific Review
Energy for Health
Energy for Health is the magazine curated by ASAcampus, the joint laboratory between ASA’s Research Division and the Department of Experimental Biomedical and Clinical Science of the University of Florence.
The direct evidence of the commitment in disseminating scientific knowledge and in culturally promoting laser therapy and magnetotherapy.
The magazine presents the results of basic and clinical studies’ research carried out around the world. The articles to be published are selected using a peer review process.
Degenerative Joint Disease (DJD) is one of the most common and disabling Orthopaedic conditions of pets. This study compared the efficacy on arthritic pain control of a physical therapy protocol, including MLS® treatment and hydrotherapy, versus traditional nonsteroidal anti-inflammatory drug (NSAID) therapy.
This study analyses the conditions and characteristics of
thermal/temperature response of a
bulk PTC-type thermal sensor head
(thermistor) irradiated by a CO 2 laser beam are presented. Unmodulated (CW) and square-wave intensity modulated beam are compared.
This study confirmed that a single application of MLS Laser Therapy significantly reduces the microbial load typical of superficial canine pyoderma lesions.
This study analyses the use of MLS Laser Therapy in the treatment of inattentive symptomatology in patients with learning and attention deficit, demonstrating that an improvement in symptoms is recorded after 10 laser treatments.
This article discusses the hypothesis of stimulation by means of MLS Laser Therapy in patients with symptoms caused by hearing impairment.
The clinical trial aimed to evaluate the success in recovery of autonomous movement in 4 veterinary patients affected by avulsion of the brachial plexus using a specific physiotherapy protocol consisting in exercise, laser therapy and diathermy.
This study presents the use of laser therapy in the treatment of lower back pain caused by osteoarthritis in 45 patients.
This study analyzes the effect of Pulsed Electromagnetic Fields-Extremely Low Frequencies on a myoblast model through morphological and molecular assays.
The aim of the study was to determine the effect of laser therapy on prevention of muscle atrophy in simple physiological immobilization versus control group.