View clinical trials related to Healthy.
Filter by:The goal of this clinical trial is to to investigate the acute and chronic effects of a four-week hatha yoga (HY) exercise program with different durations (60 min and 30 min) on pulmonary function in sedentary young individuals.. The main questions it aims to answer are: • Does a four-week hatha yoga (HY) more effective than 30 min of a four-week hatha yoga (HY) and the control group in improving the pulmonary function? Researchers will compare a four-week OF 60 min duration hatha yoga (HY) , 30 min duration of HY and control to see the differences in the pulmonary function among high school sedentary students Participants will: Participants will be randomly assigned to one of three groups: 1. 60-minute Hatha Yoga group (60mHY, n=21) 2. 30-minute Hatha Yoga group (30mHY, n=21) 3. Control group (CG, n=21)
The purpose of Lunar OI (Orthostatic Intolerance) is to determine if there are differences between males and females in tolerance to and cardiovascular responses during different angles of head-up tilt simulating gravity levels less than or equal to Earth's gravity. Also, this study will determine if a gradient compression garment affects tolerance to tilting and the cardiovascular stress at different tilt angles. Males and females are being identified by biological sex. This will be a two-phased study design. In Phase I we will determine whether there are differences in the development of signs or symptoms of orthostatic intolerance between males and females when tilted head up on a table to different angles to simulate gravity levels that astronauts may experience when landing on or launching from the surface of the Moon. In Phase II, the tilt tests simulating the same gravity levels from Phase I will be repeated, but a custom-made lower-body compression garment will be worn to see if wearing the garment affects the development of orthostatic intolerance. For both study phases, before tilting, a drug will be administered to reduce the amount fluid in the blood (plasma) to levels similar to that experienced by astronauts during spaceflight.
The purpose of Fluid Loading Countermeasures is to determine how the volume of blood and of plasma (liquid part of blood) change during a normal day, how these are affected by drinking an additional amount of fluid either as water and salt tablets (as astronauts do) or an electrolyte beverage (similar to but tastes saltier than Gatorade®), and how altering the timing at which the additional fluid is consumed affects blood and plasma volume. This study observes how blood volume changes over ~9 hours of the day during 4 separate visits in healthy participants. During 1 visit participants will drink a small amount of water throughout the visit. During the other 3 study visits participants will drink the small amount of water plus either more water with salt tablets or an electrolyte solution. Consuming the additional fluids is called "fluid loading". This study is meant to simulate the food and fluid consumption of astronauts on landing day. The goal of this study is to determine the magnitude of plasma volume change that occurs with each condition of the protocol. (ICF 1.1, 3.1)
Fitness is an important determinant for health and influenced by using large muscles. Muscles respond to training. We want to know if adding arm exercise to leg exercise can provide a better training session for healthy individuals. If the strategy shows promise for healthy people then it might work for people with lung disease who have trouble training because of difficulty breathing. The purpose of this first study is to evaluate, in healthy people, a unique approach to training by determining if adding arm exercise to leg exercise can be endured longer than leg exercise alone.
The purpose of this study is to understand how the different formulation of phenytoin is taken up into the blood in Healthy Adults. This study is seeking healthy adult participants. All the study participants will receive Phenytoin 50 mg chewable tablets manufactured at Ascoli and Vega Baja manufacturing site. We will measure how the phenytoin will be taken up into the blood in Healthy Adults following oral dosing of Phenytoin. This will help us determine if the Phenytoin 50 mg chewable tablets manufactured at Ascoli and Vega Baja manufacturing site are similar or not.
This study aims to assess intra-rater and inter-rater reliability in measuring tongue motor skills in children.
This project aims to test the accuracy of pulse oximeters in the range of arterial HbO2 saturations from 100% down to 70%.
The main objective of this trial is to establish the bioequivalence of Sifrol® tablets manufactured at two different sites.
The purpose of the study is to look at the amount of zavegepant that is present in breast milk after single dose of zavegepant is sprayed through the nose in healthy breast-feeding women. This would allow to see if there are any possible risk to infants from medicines during breast-feeding. The study is seeking for about 12 healthy breast-feeding females who are: - 18 to 55 years of age. - actively breast-feeding or producing breast milk. - at least 2 weeks post-partum and not pregnant at present. Participants will not be allowed to breast-feed their infant from the evening of the day before to the first dose till 48 hours (2 days) after the dose. Eligible participants will check into the clinical research unit (CRU) on Day -1. Participants will receive the zavegepant dose sprayed into the nose at the CRU on Day 1. The participants will stay at the CRU until the morning of Day 2. There will be collections of breast milk and plasma over 24 hours. Participants will be sent from the CRU on Day 2 and may begin to breastfeed their infant 48 hours (2 days) after the dose. A safety follow-up call will be done at about 28 to 35 days from the day the first dose of study medicine was given.
Colorectal cancer is the most frequent tumor in our environment if both sexes are considered together. Every year almost 800 cases are diagnosed in the districts of Tarragona. A little more than half of colorectal cancers are cured with surgery, with or without the addition of complementary treatments with chemotherapy and/or radiation therapy. Those who are not cured is because at the time of diagnosis the disease has already spread or they spread after having been treated surgically with curative intent. The purpose of the EarlyCRC project is to determine whether metabolites (substances of low molecular weight) can be found in the urine and stool of patients with colorectal cancer or polyps that can be easily and cheaply differentiated (urine or stool analysis) between the patients affected by colorectal cancer or polyps, from healthy individuals. For the identification of these possible metabolites, the urine analysis will be performed using the usual techniques in metabolomics, which studies the existing metabolites in biological processes.