View clinical trials related to Healthy Volunteers.
Filter by:The aim of this trial is to investigate the pharmacodynamic (PD), pharmacokinetic (PK), safety, tolerability, and immunogenicity of efgartigimod co-administered with rHuPH20, and to measure the time to inject the full dose of investigational medicinal product (IMP) of different dose levels of efgartigimod co-administered with a fixed concentration of rHuPH20 by the subcutaneous (SC) route of administration in healthy adult male subjects.
The NOMADE study has a dual purpose: - Test the performance of new types of sensors that are likely to integrate Bioserenity devices and will therefore improve them. - Test the performance of the sensors of Bioserenity CE devices and their advanced versions Different EC and non-CE models of Neuronaute and Cardioskin may be tested in this study.
The primary objective of the study is to explore the pharmacodynamic (PD) effects of BIIB104 on brain circuitry associated with emotional processing in healthy participants. The secondary objectives of the study are to evaluate the safety and tolerability of BIIB104 in healthy participants; To further explore the PD effects of BIIB104 on brain circuitry associated with emotional processing in healthy participants; To explore the PD effects of BIIB104 on brain circuitry associated with working memory in healthy participants using the N-Back; To explore the PD effects of BIIB104 on regional cerebral blood flow (CBF) in healthy participants; To explore the PD effects of BIIB104 on brain circuitry during resting state in healthy participants.
Despite the known link between dietary patterns and disease, it has been observed that the specific response of each individual to dietary components highly varied, and this may limit the impact of the nutritional interventions to improve public health. These observations provided the basis to the development of the Nutritional Genomics at the beginning of the 90s, which main goal was to study the interaction between dietary factors and the genome that modulate phenotypic expression. From this idea, in the recent years, Precision Nutrition has been emerged as a therapeutic approach that takes into account all individual's characteristics to develop targeted nutritional advices. The main goal of Precision Nutrition is to maintain or improve health by using genetics, phenotypic, clinical, dietary and other information to provide more precise and more efficacious personalized healthy eating advice and to motivate appropriate dietary changes. However, all the genotype-dependent advice must be based on scientific evidence. Most of the available evidence in support of personalized nutrition has come from observational studies with risk factors as outcomes, and it was needed randomized controlled trials using clinical endpoints to ratify these results. The main objective of the Platform for Clinical Trials in Nutrition and Health (GENYAL) is to contribute to Precision Nutrition Research by the construction, for the first time, of a human gene and phenotype database to be used in: 1) The evaluation of the efficacy of different foods, functional foods and bioactive compounds capsules on general population and by genotypes and 2) The performance of nutritional genetics and nutrigenomics studies. For that purposes, GENYAL has a permanent recruitment of volunteers, which are phenotypically and genotypically characterized, and give consent to be contacted to perform clinical trials and nutritional intervention studies. Therefore, GENYAL may help to increase the existing knowledge for moving along to Nutritional Genomics research to its practical application in Precision Nutrition; contributing in the improvement in health and disease prevention through dietary recommendations based on the genome.
This study aims to measure the radiation safety climate in the hybrid angiography suite using self-assessment and to investigate the relationship of radiation safety climate with their self-reported safety behaviors. The hypothesis is that a radiation safety climate does exist and can be measured using self-assessment. Additionally, it is expected that the radiation safety climate positively influences radiation safety behaviors.
The research study is being conducted to test how a specialized type of Positron Emission Tomography (PET/CT) scan could potentially be useful in diagnosing or monitoring treatment in people with Parkinson's disease. If the subject decide to be in this study he/she will have a PET/CT scans using an imaging drug called 18F-NOS which will be used to measure inflammation in the brain.
The study looks at how the study medicine (NNC9204-1177) affects other medicines in the body. Participants will get the study medicine and 5 other medicines which have all been approved by the authorities. Participants will get 1 injection of the study medicine each week for 11 weeks. The study medicine is injected under the skin in the stomach area. All injections will be given by study staff. Participants will get 5 medicines as tablets, capsules or syrup to be taken with water at the beginning of the study and after 10 weeks of treatment with the study medicine. The study will last for about 4 months. Participants will have 14 visits to the clinic with the study staff and study doctor. Participants will have blood draws and 2 different kinds of electrocardiograms taken during the study. They will be asked about your mental health. People who use any medication, including herbal products, cannot take part in the study. Women cannot take part if pregnant, breast-feeding or planning to become pregnant during the study period or if they use birth control pills or other hormonal birth control products.
In this study, there are two study medicines: NNC0385-0434 (the new medicine being tested) and placebo (a 'dummy' medicine). Participants will only get one of these medicines - which one is decided by chance. The study medicine for each person is chosen by a computer. A dummy medicine (placebo) looks like the study medicine but has no effect on the body. The dummy medicine needs to be used in the study to find out if the study medicine works as expected. The dose of the study medicines that participants receive will depend on which group they get into. The study has 4 groups of 8-15 participants in each. Each group will get a different dose of NNC0385-0434 or placebo. Participants and the study doctor will not know which of the study medicine/dose participants will get. However, if a participant's safety is at risk, the study doctor will be told in order to decide the future treatment. NNC0385-0434 may help to clear cholesterol from the blood. When there is less cholesterol circulating in the blood over a long period of time, then there is less risk of arteries (blood vessels) being clogged or developing diseases of the heart and blood vessels. Each participant will get one injection under the skin and will be in the study for about 4 months.
The purpose of this study is to characterize the single-dose plasma PK of mobocertinib and its active metabolites (AP32960 and AP32914) in participants with moderate and/or severe HI compared to matched-healthy participants with normal hepatic function.
It is hoped that mobocertinib will eventually help people with cancer with severely reduced kidney function. The main aim of this study is to learn about the levels of mobocertinib in the blood and urine of participants with severely reduced kidney function and participants with healthy kidneys. These participants do not have cancer. The information from this study will be used to work out the best dose of mobocertinib for people with cancer with severely reduced kidney function in the future. At the first visit, the study doctor will check who can take part. Participants who can take part will be placed into 1 of 2 treatment groups. Participants with severely reduced kidney function will be in 1 group. Participants with healthy kidneys will be in the other group. Participants in both groups will receive the same treatment and the group results will be compared. Participants from both groups will take 1 capsule of mobocertinib. They will stay in the clinic for 10 days so the study doctors can check the amount of mobocertinib in the blood and urine of these participants over time. The study doctors will also check if the participants have any side effects from this treatment. The clinic will call the participants 30 days after they took mobocertinib to check if they have any more side effects from their treatment.