A revolutionary mini-invasive treatment for cellulite blemishes: 15 months of initial experience
Journal Title: INTERNATIONAL JOURNAL OF CURRENT RESEARCH - Year 2018, Vol 10, Issue 2
Abstract
Introduction: In October 2016 I started, as one of the first in Europe, my experience with a new procedure that represents the only FDA-cleared minimally invasive treatment clinically proven to improve the cellulite blemishes for nearly four years in only one session. Materials and Methods: We report our experience after 15 months in 50 patients (48F; 2M) with cellulite treated in a single session. Follow-up were scheduled after 7 days (T7), 14 days (T14), 30 days (T30), 90 days (T90) and 180 days (T150) for all the 50 patients; 13 patients (1M) had a medical check at 12 months and 3 patients (1M) at 15 months. Outcome measures included subject photographs, Cellulite Severity Scale (CSS) and Global Aesthetic Improvement Scale (GAIS) assessment. Patient satisfaction and pain rating were also recorded. The treatment takes 45-60 minutes. Cellulite dimples are marked and the device is applied to stretch and stabilize tissue in a vacuum chamber, while local anesthesia is delivered. Than, a precise minimally-invasive subcutaneous release of the connective bands (TS-GS: stabilized-guided subcision) is performed with a micro-blade, without cuts or incisions. We have safely treated 6 to 45 sites in one session. After treatment, a light compression is applied and patients are able to return promptly to their daily life. Results: The procedure treated successfully the primary structural cause of cellulite blemishes in all the 50 patients. Patient satisfaction was 87% at T90 in 50 patients (48F; 2M), 95% at T180 in 50 patients, 97% at 12 months in 13 patients (1M) and 100% at 15 months in 3 patients (1M). Transient treatment-related adverse events were mild in severity and the most common side effects reported were soreness and bruising. Among 50 patients, 95% had bruising at T7, 23% at T14 and no patient had bruising at T30. Soreness is reported in 100% of patients at T7, 19% at T14, 4% at T30 and 0% at T90. Global Aesthetic Improvement Scale (GAIS) and Visual Analog Scale (VAS) are also reported. Conclusions: This revolutionary FDA-cleared procedure for the cellulite puckering, combines a proven approach with an innovative technology to treat the primary structural cause of cellulite blemishes in posterior thighs and buttocks. This study confirms his safety, and efficacy with vacuum-assisted precise tissue release for the treatment of cellulite, which is also strengthened by patients satisfaction.
Surgical Treatment Of Both-Bones Diaphyseal Forearm Fractures In Children
Introduction: The treatment of children fractures of the forearm two bones aims to restore pronation-suppination. It is orthopedic in most cases but surgery has some indications. The aim of the study was to describe the...
Neuro-endoscopic cysto-ventriculostomy and biopsy with aid of Neuronavigation in patients with intraventricular lesions in the 3rd ventricle and occlusive hydrocephalus in comparison to stereotactic technique: A series of 41 patients and review of the Literature
Introduction: The intracranial lesions in the third ventricle can have a variety of clinical manifestations. Masses related to the anterior recesses or floor of the third ventricle may manifest as dysfunction of the hypo...
Formulation and nutrient analysis of cauli flower greens powder Incorporated dosai using traditional grains
Nutrition is the fundamental pillar of human life span. Proper nutritional care during adolescence helps to promote and maintain their overall development. In India, Iron deficiency anaemia is a significant health proble...
Screening of Toxigenic S. aureus isolated from Bovine and Human origin
S. aureus produces extracellular protein toxins and virulence factors which contribute to the pathogenicity of the organism. The present work aimed to analysis the prevalence of enterotoxin producing S. aureus strains is...
Role of exercising muscle in slow component of vo2
This paper (1) reviews evidence for the location of the slow component of VO2 kinetics either within the exercising limbs or alternatively at some site in the rest of the body, e.g., ventilatory, cardiac or accessory mus...