Cryolipolysis with Plate for Treatment of Localized Adiposity.

BACKGROUND: Cryolipolysis is a non-invasive method capable of reducing the thickness of the fat layer. OBJECTIVE: To evaluate the effects of cryolipolysis with the use of plate applicators in the treatment of abdominal fat in women. MATERIALS AND METHODS: The sample was composed of 15 participants, who were evaluated before and at the end of the intervention. Three applications of cryolipolysis were performed in the infraumbilical portion of the abdominal region. The volunteers were divided into three groups G-1 (temperature of -2°C), G-2 (temperature of -3°C) and G3 (temperature of -4°C). RESULTS: There was a reduction in plicometry measurements in groups G2 and G3, in the comparison between the initial and final moments (p <0.05), and a reduction in perimetry and ultrasound (p < 0.05) in all groups. It was found that the G3 group was subject to higher risk of first degree burns and redness when compared to the other groups. CONCLUSION: It is suggested that plate cryolipolysis is a possibly effective resource for reducing adiposity, as shown in the evaluation of perimetry, plicometry, and ultrasound results, and in the photographic analysis.

Effects of cryolipolysis with adiposity plates located with the Crioplace concept in women.

BACKGROUND: Cryolipolysis with plates is a method of applying cooling without a vacuum system, which can be used in regions with less chance of forming a "crease." OBJECTIVE: To investigate the effects of cryolipolysis using a plate-shaped applicator (Crioplac) in the treatment of fat. MATERIALS AND METHODS: This is an experimental study in which women aged 25 to 45 years with adiposity located in the abdomen participated. Two applications of 75 min were made, using 04 plates in the abdomen regions, with -4 degree C being programmed as a temperature parameter. Anthropometric and ultrasound assessments were performed, and a satisfaction questionnaire on the validated treatment was conducted. The reassessments were performed 30 and 60 days after the first intervention. RESULTS: A reduction in adiposity was observed in the measurements of perimetry, plicometry and abdominal ultrasound (p<0.05). It was found that about 62.5% of the volunteers reported an improvement in water retention, about 62.5% reported the presence of loose clothing, and 31.3% reported satisfaction with the results obtained. It was observed that 18.5% of the volunteers reported that the treatment was excellent. CONCLUSION: The Crioplace method proved to be effective in reducing adiposity, with a high clinical satisfaction with the reduction in body measurements.

Effects of Cryolipolysis with Plates in Localized Adiposity with the CrioPlace Concept.

BACKGROUND: Plate cryolipolysis is a method of applying cooling without a vacuum system, which can be used in regions with less possibility of skin suction or fibrosis. OBJECTIVE: To investigate the effects of cryolipolysis with the use of plate-shaped applicators (CrioPlaceTM) for localized fat treatment. METHODS: The sample consisted of men aged 20 to 45 years with complaints of localized adiposity in the abdominal region and flanks. Two plates were positioned in the flank and abdomen regions, respectively. They received two 60-min applications in the temperature of -2°C. The anthropometric, thermographic and ultrasound assessments were performed, and a satisfaction questionnaire was applied after treatment. The re-evaluations occurred 30 and 60 days after the first intervention. RESULT: A reduction in adiposity was observed in flank region plicometry (p<0.05) and abdominal and flank ultrasound (p < 0.05). About 66.7% of the volunteers reported less water retention, about 41.7% reported that their clothes were looser, and 100% reported overall satisfaction. Fifty percent rated the treatment as excellent and 58.3% felt improvement in overall aesthetics. CONCLUSION: The CrioPlaceTM method was effective in reducing localized adiposity, with clinical satisfaction of measurement reduction, both in plicometry and ultrasound analyses, with highlights to the flank region results.

Effects of cryolipolysis on abdominal adiposity of women.

　　BACKGROUND: The cryolipolysis is on the spotlight as a non-invasive method which reduces fat layer thickness with no damage to surrounding tissues. OBJECTIVE: This study aims to verify the effectiveness of cryolipolysis in the reduction of localized adiposity in women. MATERIALS AND METHODS: This is an experimental study, without a control group, with pre- and post- treatment evaluation through a single application on the lower abdominal area. SETTING: Research conducted in the period from July to December 2015 at the University Potiguar. PARTICIPANTS: A group of 15 women, age between 25-50 years. The cryolipolysis was used in the following parameters: temperature (-7 degree C); suction power (30 kPa), and application time (60 min). MEASUREMENTS: After the cryolipolysis was performed, a follow-up of 2 months was conducted to verify the changes related to weight, body circumference, fat layer thickness, which were evaluated by ultrasonography and photogrammetry. RESULTS: From data analysis, the reductions observed on perimeter (p=0.03) and ultrasonography (p=0.03) showed significant results, considering p <0.05. As of body weight results (p=0.57), the average value varied during the study; however, at the end of the research, no significant weight increase or decrease was reported, as it is known that this method does not interfere with this variable. Additionally, quantitative data were satisfactory. The photogrammetry analysis showed that cryolipolysis positively affected subjects' results. CONCLUSION: A change in body contouring, especially in individuals with lower body mass, reinforces the idea that the parameters must be suitable for individual needs.

Impedance-gradient electrode reduces skin irritation induced by transthoracic defibrillation.

A new type of disposable external defibrillation electrode has been developed to reduce the skin irritation commonly associated with defibrillation and synchronised cardioversion. This design employs an impedance gradient to reduce the proportion of current delivered to the electrode periphery. The temperature distribution under the new electrode was compared with that of four other types of commercially available electrodes after repeated high-energy biphasic defibrillation discharges to domestic swine. Skin temperature distributions were acquired using non-invasive thermography. Measurements of the maximum temperature rise at each electrode site, taken 3.6s after the fifth defibrillation discharge, demonstrated that the new impedance-gradient electrode produced 50-60% less skin heating than two of the three uniform-impedance electrode designs. Histological examination of erythematous sites excised 24 h after defibrillation quantified the associated skin damage using a scoring protocol developed for this study. In contrast to previous studies, histological examinations demonstrated second-degree skin burns following defibrillation. The new electrode design, however, induced 44-46% less skin damage than two of the traditional uniform-impedance electrodes.

The effect of pressurisation of pre-rigor muscle on post-rigor meat characteristics.

Pressurisation of pre-rigor muscles produced very firm meat in muscles which had contracted to as little as 48% of their on-carcass length. Immediate post-treatment pH was 5·81, significantly lower than the controls; however, there was no significant difference at 24 h. Water holding capacity of the treated samples was significantly lower and weep significantly higher than the controls. However, cooking losses for the treated samples were lower, resulting in an over-all loss which was not different between control and treated samples. Warner-Bratzler shear tests and taste panel evaluations indicate a highly significant improvement in tenderness. Scanning electron micrographs show an extensive disruption of the sarcolemma.