View clinical trials related to Body Fat Disorder.
Filter by:The purpose of this study is to evaluate the safety and efficacy of non-invasive subcutaneous fat layer reduction with an alternative treatment parameter.
The purpose of this study is to evaluate the safety and feasibility of cryolipolysis for non-invasive reduction of submental fat.
To evaluate the safety of same-day CoolSculpting treatments and to assess the impact on serum lipids and liver-related tests.
Evaluate the safety and feasibility of non-invasive fat reduction in the outer thigh with a belt applicator. Applicator design and treatment parameters will be evaluated.
The clinical protocol of the clinical testing of this device: 1. Objective of the test: To verify the functions and efficiency of devices. 2. Test methods and procedures: Comparison Test. 3. Device Under Test (DUT): Transtek Body Fat Analyzer, Model: GBF-1251-B, BF-1255-B, BF-1256-B, and GBF-1257-B. 4. Comparison device: Transtek, Glass Body Fat Analyzer, GBF-950-D. 5. Study endpoints: DUT and the comparison device are substantial equivalence. 6. Statistical methodology used: Description of statistical methods.
Evaluate the effects of tissue optimization before and during cryolipolysis procedures on the outcome of non-invasive fat reduction using the ZELTIQ System.
To evaluate the safety and feasibility of reducing human sebum production using the ZELTIQ System.
This study will evaluate CoolSculpting and the CoolCurve applicator for non-invasive fat reduction in the flanks with sharp body curvature.
The purpose of this study is to evaluate the safety and efficacy of the ZELTIQ System and the CoolCurve+ applicator for non-invasive fat reduction in flanks for a patient population with sharp body curvature.
This study is being performed to follow up on subjects who participated in the initial study (ZA10-001) in 2010.