View clinical trials related to Thermography.
Filter by:The goal of this clinical trial is to to evaluate the effectiveness of prevention strategies of recurrence in DFU's. It will also to detect the risk level of recurrence. The main question it aims to answer are: - Does intervention of prevention strategies effective to prevent the recurrence of DFU's? - How the risk level of the recurrence on DFU's patients? - How the impact of quality of life on DFU's patients? Researchers will compare intervention groups (receiving education covered various aspects, including they received guidance on foot examination, foot care, dietary habits, physical exercise, and stress management), and control groups (received standards follow-up care provided by healthcare providers, including pamphlets outlining care for DM patients based on the five pillars, including DM management, medication adherence, dietary practices, physical exercise routines, and foot care). Participants will: - For intervention group will be educated every month - Data for both intervention and control groups were collected monthly until three months.
Objective: Evaluating the behavior of skin temperature through infrared thermography after application of acupuncture and electroacupuncture in Weizhong (B40) and Kunlun (B60) acupunctures points. Methods: A single-blind randomized clinical trial was performed with 54 participants of both sexes, mean of 21.88±2.53 years, randomized into three groups (n=18): electroacupuncture (EAG), acupuncture (AG) and control (CG). The application was bilateral in the acupoints (B60 and B40), for 20 minutes. The skin temperature of the lower limbs was measured at the following times: before application, 10 minutes of application, 20 minutes of application and 10 minutes after needle removal.
The LINDA thermal device consists of a thermal camera attachable to a cell phone and an application for connection with an artificial intelligence program based on a convolutional neural network for classification of thermographic breast images. The system is previously fed with thermographic images of the breast and their respective results/diagnostics. The images are processed in an automated way and return a percentage of chance of having a pathological pattern.
This study develops the effects of Capacitive and Resistive Energy Transfer Therapy (TECAR) on medial gastrocnemius using thermographic cameras, algometry and lunge tests, in a pre-post study with basketball players using a control group to which placebo is applied. (simulated technique) and an intervention group to which the technique is performed. The main objective of the study is to establish whether the TECAR produces physiological and mechanical changes in the subjects that improve muscle recovery.
This research aims to find thermal differences in foot in a group of children, detecting the most suitable footwear to acquire optimal foot temperature and taking into account that children in school age usually wear sports shoes instead of school shoes in most dimensions of daily life. It is assumed by general population that sports shoes increase sweating and provide less perspiration apart from biomechanical criteria, so for this reason the investigators are going to examine which thermal pattern offers each variety of footwear.
This study is designed to evaluate the Sentinel BreastScan II as well as the analysis of data by Therma-Scan.
Burn injuries are a common presentation to A&E in the UK (175,000 per year) of whom 13,000 require hospital admission. Treatment of a single burn can cost more than £63,000, and is ultimately dependent on the depth. Most burns are assessed by experienced clinicians within a few days of injury. Accurate evaluation of burn depth can be very difficult with the naked eye. Inaccuracy can lead to longer hospital stays, worse scarring and greater financial costs for the NHS. Where the burn depth (and the degree of damage to the underlying blood supply of the skin) is not clear by visual inspection, adjuncts may be used to aid clinical decision-making. Currently, the "gold standard" method of assessing skin blood flow in order to help burn specialists in their assessment of burn depth is Laser Doppler Imaging (LDI). However, LDI machines can be very large, slow to collect the images, and a single imaging unit costs roughly £50,000. Consequently their use is restricted to the assessment of small burns in compliant patients treated in specialist units. Thermal imaging (thermography) has evolved rapidly as a useful diagnostic tool in many medical disciplines. Previous studies have shown that there are significant changes in skin physiology (such as temperature and pigmentation) depending on the depth of the burn. Portable, high-resolution thermal cameras are now affordable, easy to use and can provide numerical results in under a second. Similarly, measurement of skin pigment levels can be achieved using portable devices such as the Spectrophotometric Intracutaneous analysis scope (SIAscope). The aim of this study is to determine if alternative measures such as thermography or SIAscope can be as useful in the assessment of adult burns as LDI currently is. If this study demonstrates this then these results will inform further studies that would investigate these alternative imaging methods as a diagnostic and prognostic tool in the management of burns not only in adults but also in children presenting to non-specialised units such as A&E.