View clinical trials related to Inflammation.
Filter by:This study investigates the relationship between autonomic dysfunction and chronic inflammation in hemodialysis patients.
The purpose of this study is to determine the safety and effects of etravirine, an HIV antiretroviral medication, on vascular function.
This study will evaluate the effects of inhaled fluticasone on cell counts and inflammatory mediators measured in sputum of healthy volunteers following exposure to inhaled lipopolysaccharide.
This study will look at the inflammatory (changes usually associated with infection/injury to the body) and bowel permeability (bowel's ability to allow contents to enter the body) effects of a Western-style diet (high fat and low in calcium) and a prudent-style diet (low fat and high in calcium) on the colon (large bowel). This study may provide information to prevent colorectal cancer in a high-risk population
The purpose of this study is to determine the effects of dietary protein on blood lipids and gut hormones after a fat-rich meal. Hypothesis: Certain dietary proteins reduce the amount of fat circulating in the blood stream following a fat rich meal. The effect is dependant of both the quality and the quantity of protein ingested.
This study will assess whether coffee consumption: - increases immune responses - decreases inflammatory status
The purpose of this study is to demonstrate the bioequivalence of Indomethacin ER Capsules.
COPD is a progressive pulmonary disease that is characterized by an inflammatory process in the airways and the lungs which leads to progressive airway obstruction. The inflammation is associated with tissue loss and remodelling. The investigators hypothesized that doxycycline reduces neutrophilic airway inflammation in patients with COPD. Therefore the investigators will conduct a randomized trial of doxycycline in 30 patients.
Efficacy study of Bromfenac Ophthalmic Solution in cataract surgery
Background: - Mast cells are responsible for most symptoms of allergic reactions. In some allergic diseases, it is unusually easy to cause mast cells to release their contents and cause allergic reactions. In other cases, mast cells grow abnormally and, in rare cases, can result in tumors. Mast cells also control other parts of the immune system. - Understanding why mast cells behave abnormally in allergic diseases is important to finding better ways for diagnosing and treating these potentially life-threatening disorders. Objectives: - To screen mast cells at the genetic and functional levels to characterize abnormalities, identify mutations, detect carrier states, and/or develop therapies for such disorders. - To create a library of information about inherited diseases of mast cell homeostasis and activation, including piebaldism (problems with skin and hair pigmentation), anaphylaxis (severe allergic reaction), allergies, asthma, atopic dermatitis (eczema), allergic rhinitis ( hay fever ), food allergies, urticaria/angioedema (hives/swelling), immunodeficiency diseases, and autoimmune diseases. Eligibility: - Patients between the ages of 1 and 80 years who have been referred by a physician and are known to have or be suspected of having an inherited disorder of mast cells, in particular patients (and their relatives) with piebaldism, allergies, or anaphylaxis that is not caused by allergies. Design: - Study population will consist of up to 1000 participants in a 5-year period. One third of the study population will consist of patients; the other two thirds will consist of biological relatives. - Evaluation is limited to testing on blood specimens; no treatment will be provided. - Clinical and research laboratory evaluations of patients will include the following: - Clinical evaluation and previous laboratory tests as documented in outside medical records by health care providers. A standard questionnaire will also be administered at the time of subject enrollment. - Blood collection for clinical laboratory testing, tailored to each subject s clinical evaluation where appropriate (5 ml). - Blood collection for research laboratory testing, tailored to each subject s clinical evaluation including genetic screening and assessment of mast cell growth and functioning and storage of additional frozen blood specimens for future studies (up to an additional 30 ml). - Evaluations of blood relatives will include the following: - Clinical evaluation as documented from outside medical records by health care providers and administration of a standard questionnaire. - Blood collection where indicated for diagnostic or research purposes. - After 12 consecutive months on the study, results from initial evaluation will be reviewed. Subjects with findings deemed to be of continued interest will be contacted and invited to remain as active participants to this protocol for another year, provided that they renew their consent to participate.