View clinical trials related to Healthy Volunteers.
Filter by:This study evaluates the effect of the "hunger hormone" ghrelin on human decision-making. Participants will be given an injection of ghrelin or saline on different study days and will then be asked to make a series of computer-based decisions. The investigators hypothesize that ghrelin will increase participant's preference for energy-dense foods and will also increase impulsiveness in decision making.
The study will be a double-blind, randomized, crossover, single-dose assessment of IV-administered GC4711 compared to GC4419 in healthy volunteers. Consenting subjects will undergo screening procedures within 28 days of the start of dosing. Pharmacokinetics (parent drug and major metabolites) will be assessed in plasma and urine from all subjects. Initially, a sentinel cohort of 4 subjects, will be enrolled; each eligible subject will receive single dose of GC4711 IV at dose of 30 mg over one hour. Following a clinical safety review by the Galera study team , if no safety concerns are identified after the last subject completes study participation, enrollment will continue in 2 stages to a crossover study design. In stage 1, 12 subjects will be enrolled and in stage 2, if no safety concerns are identified in stage 1 following a clinical safety review by the Galera study team, 20 subjects will be enrolled. In both enrollment stages, eligible subjects in the crossover design will be randomized in 1:1 ratio to one of two treatment sequences: Test (GC4711) -> Ref (GC4419) or Ref (GC4419) -> Test (GC4711). On Day 1, subjects will receive the first treatment they were randomized to, and on Day 4 (following a washout), they will receive the second treatment. Subjects will be followed up for 2 days after the second treatment.
This purpose of this study is to evaluate the effects of a single dose of entinostat on subjects with varying levels of renal impairment. The primary objective of this study is to evaluate the pharmacokinetics of a single dose of entinostat in adult subjects with mild, moderate and severe renal impairment compared to healthy mean-matched subjects. The secondary objective of this study is to evaluate the safety and tolerability of entinostat in adult subjects with mild, moderate, and severe renal impairment and in healthy mean-matched adult subjects.
The purpose of this study is to investigate the safety, tolerability, and pharmacokinetics of single and multiple oral doses of GDC-0853 in healthy Japanese and Caucasian subjects.
The purpose of this study is to evaluate the effect of Entinostat on the bioavailability of Midazolam. The primary objective is to evaluate the effect of a single oral dose of entinostat on the pharmacokinetics (PK) of a single oral dose of midazolam in healthy subjects. The secondary objective is to evaluate the safety and tolerability of combined administration of entinostat and midazolam in healthy subjects.
This study is conducted to evaluate the absolute bioavailability, metabolism and elimination pathways of AQX-1125 in healthy male and female subjects.
This open-label, radiolabeled, single 100-mg dose study in 6 healthy male volunteers has been designed to further the understanding of human metabolism of lorlatinib. A prior radiolabel study using [14C]lorlatinib (study B7461004) identified an unexpected major metabolite in plasma; a benzoic acid metabolite (M8) resulting from cleavage of the amide and aromatic ether bonds of lorlatinib, accounting for 21.0% of the circulating radioactivity. However, due to the position of the 14C radiolabel on the carbonyl carbon, the metabolic fate of the larger fragment of lorlatinib resulting from this cleavage, the pyrido-pyrazole substructure, could not be determined. In this current study, the radiolabel will be on the pyrazole ring allowing for monitoring the metabolic fate of the pyrido-pyrazole part of the lorlatinib molecule cleaved during the formation of the M8 metabolite. Since M8 will not be radiolabeled, its concentrations in plasma will be determined using a validated assay. The sample size of 6 was selected to ensure at least 4 fully evaluable subjects with completed collections of plasma, urine, and fecal samples. This is a standard sample size used for mass-balance/ADME studies which include assessment of metabolic profiling, and is not based on empirical data or hypothesis testing criteria. Metabolic profiling of radiolabeled components will be performed on pooled plasma samples as well as on cumulative urine and feces excreted until Day 14 postdose or until one of the following early release criteria is met: 1) recovery in excreta of at least 90% of administered radioactivity, or 2) less than 1% of administered radioactivity being recovered in excreta from two consecutive days (ie, total for urine + feces should be <1% on 2 consecutive days). Plasma concentrations of both lorlatinib and its unlabeled M8 metabolite will be analyzed using validated assays. Information from this study will complement the metabolic profiling results from study B7461004, will help guide in the assessment of potential drug-drug interactions (DDIs) and the need for other DDI studies with lorlatinib. Banked biospecimens will be collected for the purpose of conducting research. Collecting biospecimens for exploratory analyses makes it possible to better understand the investigational product's mechanism of action and to seek explanations for differences in, for example, exposure, tolerability, safety, and/or efficacy not anticipated prior to the beginning of the study.
The purpose of this study is to evaluate the safety and tolerability and evaluate pharmacokinetics of single and multiple ascending oral doses of ASP8062 in nonelderly Japanese male and female subjects.
An open-label, single centre, nonrandomized clinical study in healthy volunteers, with intervention over a 13---week period. After written informed consent, subjects will undergo screening evaluations (Visit 1). One week after visit 1, subjects who meet the selection criteria will enter a run---in period of 8 weeks where participants will receive paracetamol 1g tablet and collect a blood sample at monthly intervals (visits 2, 3 and 4). A final visit for safety assessment will take place at week 13 (visit 5). Blood samples will be used to quantify P, PG e PS.
It is now widely accepted that autism is linked to a developmental disorder and cerebral function. Our research team (UMR U930 INSERM, François-Rabelais University of Tours, whom Pr F Bonnet-Brilhault is responsible for team "Autism") hypothesizes that atypical sensory information processing, especially auditory and / or visual information, could underly the symptoms observed in autism. A better knowledge of the typical development of the sensory and cognitive processes must therefore make it possible in the long term to identify the abnormalities linked to the autism spectrum disorders (ASD). Studies in healthy subjects are therefore necessary in order to identify neurophysiological indices of cerebral functioning and to study their evolution during normal development, making it possible in the future to compare with populations of subjects with ASD. The investigators intend to study the development of all the cognitive processes involved in the processing of sensory and, in particular, auditory and visual information in humans: from low-level perception processes to higher-level cognitive processes (attention, emotion, language, prediction, ...). For this the investigators will use non-invasive neurophysiological explorations (EEG, eye tracking) as well as neuropsychological explorations (Questionnaires or spontaneous language recording). A better understanding of the pathophysiological mechanisms underlying the symptoms observed in autism could ultimately lead to the development of new specific therapeutic strategies, particularly in the field of exchange and development therapy or cognitive remediation .