Turbulence TLM (laser medicine) is a non-invasive photodynamic therapy that is characterised by a rapid acceleration of photobiomodulation in the human body, resulting in excellent therapeutic effects in a short amount of time. A new method to Laser Dental Education based on Biological Medicine ideas is given to the author. Laser biostimulation, photoinfrared photobiomodulation, Laser Eliminating Therapy as Allergy and Environmental Medicine, Immunological Allergies, Autonomic Nervous System Hypersensitivity Allergy, and other ways of Combined Laser Treatment are all covered in the new educational programme. This innovative teaching method demonstrates how to construct a Model of Individual Optimal Laser Stimulation and necessitates education on four levels: Laser biostimulation and biomodulation on the first level; healing action of infrared laser beam on the second level; clinical use on the third level. Skills in Laser Acupuncture and Combined Laser Biosynergetics are included in the third level. Turbulence Laser Medicine clinical application is covered at a higher degree of laser education. Workshops with various types of dental laser machines are required for all levels of laser training. This novel educational technique has been approved by the Faculty of Dental Medicine, Medical University of Sofia's Department of Prosthodontics, Laser Educational Center for Postgraduate Education. The results of the laser training reveal that it is quite successful.
Material and Methods: We have completed well-controlled clinical trials based on the criteria of the American Academy of Orofacial Pain over the last six years. The research was conducted on 600 patients (300 women and 300 males) with an average age of 47 years. Patients were chosen based on the most common clinical symptom of TMJ pain and were separated into four groups based on the type of PDT used. Various wavelengths have been employed for TMJ Photodynamic Therapy based on the action spectra. A constant dose and exposure time, as well as a wide variety of frequencies, were used. In this method, depending on light intensity, the Laser biostimulation response has been directly proportionate to the total energy dose. The physiological and clinical effects of the following “active regions”–660–680, 760–780, 810–830, and 904–987 nm–were assessed using a comparative analytic method.
PIPBM – LA, Laser bioenergetics approach, Complex therapeutic programme, LLLT - TENS - red surface laser acupuncture (LA), LLLT - TENS - red surface laser acupuncture (LA), LLLT - TENS - red surface laser acupuncture (LA), LLLT - TENS - red surface laser acupuncture ( (CTP).
Results: Comparative digital ortopantomograph analysis, EEG brain maps, VAS, a metric analysis of the level of the maximal active Mdndible opening, and EPST through electrophysiological signal evaluation of the patient's body will be used to demonstrate the evaluation.
Author (S) Details
Julia Emilova Kamenoff
Department of Prosthodontics, Faculty of Dental Medicine, Medical University, Bulgaria and Career Center – Laser Center for Postgraduate Training, Sofia, Bulgaria.
View Book :- https://stm.bookpi.org/NFMMR-V15/article/view/3874
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