View clinical trials related to Healthy.
Filter by:The study will investigate internet addiction, musculoskeletal pain and body awareness in high school students.
In this line of research, the researchers are utilizing an EEG measure of repeated visual stimulation, the Steady-State Visually Evoked Potential (SSVEP) to examine processing of target and distractor information during visual search. This is a basic science study.
The purpose of this research is to search for reproducible changes in a wide range of physical signals, including heart rate, muscle tone and activity and EEG before and at the onset of seizures in patients with epilepsy.
The purpose of the study is to assess the effect of a dietary intervention that includes the consumption of a novel functional yogurt (enriched with probiotics and polyphenols) on the blood biomarkers of healthy participants.
In this line of research, we are examining whether motivation increases the utilization of target (positive) or distractor (negative) color cues to improve visual attention performance.
The investigators are recruiting healthy volunteers to donate a finger prick blood sample or a small venous sample to Entia for the further development and testing of our blood analyser. The venous samples are taken by a registered nurse hired via a third party company. The results of the blood tests are not informed to the participants unless they explicitly ask for it.
Evaluate the biological safety and pharmacokinetics of tyrphostin AG-17 present in the solid oral formulations of the fixed-dose combination, in three different concentrations of the compound tyrphostin AG-17 contained 10 mg, 3.3 mg and 1 mg, respectively, with 700 mg of L-Carnitine tartrate each presentation, in a single dose in healthy research subjects of Mexican nationality.
The proposed research will collect participant's responses that respond to questions about visibility of certain signals on an immersive mixed reality environment. These responses will be used to assess Head Mounted Display (HMD) quality and task performance. Other collected data may be included such as response time and eye movements. Responses will be collected via an FDA application designed to work with a wide range of HMDs and able to display both 2D simple scenes and 3D complete scenes. This application allows a human observer to look at a signal (sinusoidal, disk, sphere, etc.) on a synthetic noisy background or a realistic 3D scene both in virtual reality and augmented reality immersive environments. The application will also provide instructions and a response interface for the observer to respond to questions related to the visibility and to gather task performance measurements. Participants will not be asked to complete tasks that require specific training or skills. Any adult human with normal or corrected-to-normal vision that can wear an HMD is eligible to participate in this experiment. Data collected will not include identifiable information. FDA will perform participant enrollment and data collection, ensuring management of PII in accordance with federal rule. Participants will be recruited at will and in person, using promotional materials only containing language within this document. Participants will sign the attached consent form either electronically or by hard copy.
Brain blood flow regulation will be measured in response to environmental changes using MRI.
Aging causes various changes in the body. This, together with a sedentary lifestyle, can lead to health problems such as loss of muscle mass and strength, bone mineral density and cardiovascular capacity. Therefore, it is essential to remain physically active in adulthood. Outdoor fitness equipment offer a free and easy-to-use option for physical activity and health improvement. However, there are few studies that quantitatively evaluate the physical fitness and health improvement associated with the use of these parks. Hence, the main objective is: 1) To evaluate the effects of training on outdoor fitness equipment on different body composition and health-related fitness parameters.