View clinical trials related to Healthy Volunteers.
Filter by:In this study two different tablets for oral use of a known investigational medicinal product, called semaglutide, will be tested. Besides semaglutide, the current version of the tablet contains 300 mg SNAC and 3 helping agents, while the new version of the tablet contains 300 mg SNAC and only one helping agent. Both are for the treatment of diabetes. Currently, semaglutide is only prescribed as injections for the treatment of diabetes in some countries. Semaglutide cannot yet be prescribed as a tablet. The aim of this study is to find out if the dosage strength of the current formulation of semaglutide can be reduced in the new tablet formulation. For this purpose, it will be measured how much semaglutide is taken up in the body from the two (2) different tablet formulations each with three (3) different dosage strengths. Participants will get semaglutide in the current tablet formulation and in a new formulation - in which order they receive the two different formulations is decided by chance. Participants will get one tablet per day over 4 weeks in each of the 3 treatment periods (i.e. treatment for a total of 12 weeks). The tablets should be taken in the morning together with half a glass of water (120 mL), after an overnight fast of at least 6 hours (no food or drinks). Furthermore, water is not allowed from 2 hours before dosing. After dosing participants must wait 30 minutes before they may eat or drink. At home, they must take their breakfast 30-45 minutes after dosing.
This is a first-in-human study to assess the safety, tolerability and pharmacokinetics of escalating single doses of apramycin. This trial will be conducted as a single ascending dose trial in up to 5 sequential dose cohorts (group-comparison). Each cohort will consist of 8 healthy subjects, 6 will receive apramycin and 2 placebo.
The primary objective of this study is to identify markers of daily whole grain oat and whole grain wheat intake in humans.
The purpose of this study is to collect data to validate the step- (actigraphy) and sleep-tracking performance of the Medical Health Tag device developed by Spire Health.
This is a Phase 1, two-part, open-label, single centre, single arm study in healthy male subjects to investigate the oral PK, intravenous (IV) PK, mass balance, bioavailability and metabolites profiling and identification of derazantinib.
In this study two different tablets for oral use of a known investigational medicinal product, called semaglutide, will be tested. One is the current formulation and the other one is a new formulation of semaglutide. Both will be administered as a tablet and are for the treatment of diabetes. Currently, semaglutide is only prescribed as injections for the treatment of diabetes in some countries. The aim of this study is to find out if the dosage strength of the current formulation of semaglutide can be reduced in the new tablet formulation. For this purpose, it will be measured how much semaglutide is taken up in the body from the two (2) different tablet formulations each with three (3) different dosage strengths. The tablet version of the study medicine is a new medicine that cannot yet be prescribed. Participants will either get semaglutide in the current tablet formulation previously tested in many large studies, or get the tablet that contains semaglutide in a new formulation - which treatment is decided by chance. Participants will get one tablet per day over 4 weeks in each of the 3 treatment periods (i.e. treatment in a total of 12 weeks). The tablets should be taken in the morning together with half a glass of water (120 mL), after an overnight fast of at least 6 hours (no food or drinks). Furthermore, water is not allowed from 2 hours before dosing. After dosing participants must wait 30 minutes before they may eat or drink. At home, participants must take their breakfast 30-45 minutes after dosing.
This phase 1 study is a randomized, double-blind, placebo controlled, multiple-dose, dose-escalating study to evaluate the safety, tolerability, PK and PD of D-0120 in healthy volunteers.
The effectiveness of Nasal High Flow therapy (NHF), in comparison with conventional oxygen therapy, is based on Positive Expiratory Pressure (PEP) and washout of dead space. Many authors have shown that peak expiratory pressure, expiratory plateau pressure, mean upper airway pressure and lung volume were significantly increased. It depends mainly on gas flow and mouth closure. First, "Groves"showed in 2007 that mouth opening could vary nasopharyngeal pressure from 2.7 to 7.4 cmH20 to 60 L / min, like Parke did in 2009, with a pressure of 1.2 at 2.7 cmH2O at 35 L / min. Then, "Parke" showed in 2011 and 2015, a nasopharyngeal pressure changing from 2.7 to 11.9 cmH20 by varying the flow rate from 30 to 100 L / min. "Bräunlich" also showed concordant results in 2018, from 1.6 to 2.3 cmH2O, changing flow rates from 20 to 40 L / min. "Corley" in 2011 found a pressure from -0.3 to 2.7 by passing from ambient air to high flow. "Okuda and Mauri's" work in 2017 on oesophageal pressures also contributed to this. In addition, it has been proved that the Tidal Volume (TV) is proportional to the flow delivered. These measurements were carried out by impedancemetry, the results of which were extrapolated to Vt. Thus "Okuda" evaluated it at 685mL in ambient air and 968mL at 50L / min. In 2016, "Fraser" highlighted a TV increasing from 400 to 500 mL by increasing the flow rate to 30 L / min. "Parke" in 2015 described an exponential End Expiratory Lung Impedence (EELI) proportional to the flow rate, as did "Riera" in 2013 with a ratio of 1.26 between ambient air and NHF at 40 L / min, and "Corley" in 2011 (ratio of 1.25). Actualy, Time-of-Flight (ToF) cameras, such as Kinect v2®, are increasingly used in the medical field, particularly to characterize respiratory movement. Various authors have shown a good correlation between the values of TV obtained by spirometry (reference method) and those obtained with ToF camera. A study led in 2018, by "S. Nazir" in the Department of "Réanimation Médicale" at the University Hospital of Brest, evaluated the average errors less than 46mL, with 76% of measurements having an error less than 50 mL, which corresponds to the clinical limit. Now having a non-invasive, safe, simple, reproducible, inexpensive, and allowing evaluation in clinical situations method ; the use of a Time-of-Flight camera to evaluate the breathing and its various parameters, is indicated. In this innovative study, never performed in different respiratory conditions in vigilant patients with NHF, the lung volume will be evaluated by a Time-of-Flight camera. Different clinical situations, and the different parameters influencing it, will be observed and compared with the results of previous studies. These situations will be simulations ranging from a physiological state to an acute respiratory distress.
This is an open-label, randomized, parallel design study to evaluate the PK, safety, tolerability and immunogenicity of single SC doses of CC-93538 in healthy Japanese and Caucasian adult subjects. A total of approximately 48 subjects, 24 Japanese and 24 Caucasians, will be enrolled. Japanese subjects will be enrolled first and randomized 1:1 to receive a single SC dose of either 180 mg or 360 mg CC-93538. Caucasian subjects will then be enrolled and matched to Japanese subjects (1:1) by weight (± 20%) and receive the same single SC dose of either 180 mg or 360 mg CC-93538.
Open-label Phase I pharmacokinetic (PK) study of Vasostrict® (vasopressin injection, USP) in healthy volunteers.