View clinical trials related to Healthy.
Filter by:The study is designed to evaluate and compare the clinical adhesion performance of the ZTlido (Lidocaine Topical System) 1.8% of Scilex Pharmaceuticals Inc. (Reference) versus Salonpas (Lidocaine Patch 4%), Aspercreme (Lidocaine Patch 4%) and IcyHot (Lidocaine 4% + Menthol 1% Patch), on the Mid to upper back while being worn for 12 hours in healthy adult human subjects.
Phamacokinetics and safety profiles of DA-5213 10mg in Healthy subjects
This exploratory study seeks to examine M1 receptor availability in SZ patients and to relate M1 receptor availability to proximal and distal measures of cognitive performance, namely evoked ɣ oscillations in the EEG and verbal memory. Furthermore, the relationship between hippocampal [11C]EMO availability (BPND), evoked ɣ oscillations, verbal memory, and measures of illness severity will be explored.
This study was conducted to determine the effect of environmental play and mobilization on fear and pain levels of children aged 6-12 years who had acute appendicitis surgery.
This study will examine short breathing meditations paired with Fitbit technology in order to assess mindfulness and track physical activity. Measures including heart rate, physical activity, sleep patterns, as well as assessments of well-being and anxiety levels, will be examined.
The purpose of this study is to investigate the usability of fundus image-guided focal electroretinography device with healthy subjects and with macular edema and macular degeneration patients.
Phamacokinetics and safety profiles of DA-5210 10/1000mg in Healthy subjects at Fed State
Phamacokinetics and safety profiles of DA-5210 10/500mg in Healthy subjects at Fed State
Phamacokinetics and Safety Profiles of DA-5210 10/500mg in Healthy subjects at Fasting State
Scientific research on the beneficial effects of botanical extracts has led to a better understanding of the role of its bioactive compounds, but the bioavailability in human remains largely unknown. Indeed, the most of publications investigated the bioavailability of metabolites of spices in in vitro cells model or animal experiments but few clinical studies have been conducted. Therefore, the aim of this study is to characterize and quantify in blood, the main metabolite compounds of a botanical extract, following its administration by different routes (oral or sublingual) and with different preparations (extract or powder), in quantity equivalent to those having demonstrated biological properties.