View clinical trials related to Anemia.
Filter by:The purpose of the study is to learn more about how treatment with vitamin D can affect iron metabolism and blood levels of two hormones that control iron levels, hepcidin and hemojuvelin in people with chronic kidney disease (CKD). Iron is an essential mineral which is a major component of proteins that carry oxygen in the blood. Problems with iron metabolism can lead to low blood levels (anemia), which can commonly happen in people with CKD. New research over the last decade has uncovered a new hormone called `hepcidin', which is made in the liver and released into the blood. Hepcidin controls how much iron is in the blood by preventing the absorption of iron from food. Blood levels of hepcidin C are found to be high in people with CKD, and a recent small study in people with normal kidney function showed that treatment with vitamin D decreased hepcidin levels. Another protein, known as `hemojuvelin', has been recently discovered and is also thought to control the amount of iron in the blood. The relationship between vitamin D and hemojuvelin has never been studied before. In this study, investigators would like to examine the effects of vitamin D on iron metabolism and blood levels of hepcidin C and hemojuvelin in individuals with CKD.
Despite recent economic growth in Ghana, the prevalence of childhood malnutrition remains high. Wasting prevalence affected 29% among 6- to 8-months-old infants in 2008. Poor nutrition contributes to about one-third of child mortality, diminishes cognitive development, and is a major determinant of maternal mortality. The specific objectives of the 5-year project are to: (1) enhance human capacity of government, civil, and private institutions through improvement of knowledge and skills of personnel in agriculture, nutrition and health, entrepreneurship, and pedagogy; (2) identify information needs of local institutions that are not presently met and develop a representative and sustainable longitudinal data system to support evidence-based decision-making in programs; (3) increase vulnerable households' access to quality services in agriculture/fisheries, nutrition and health, and finance; (4) implement integrated intervention activities to improve infant and young child and adolescent nutrition outcomes; and (5) examine differential benefits of the interventions for diverse vulnerable populations. The project comprises two major activities: part I - the creation of a longitudinal data system to support evidence-based decision-making in programs, and part II - the implementation of intervention activities to improve nutrition outcomes. The survey will include demographic, socioeconomic, health, diet, and nutritional status information collected annually from a representative same of 1500 households with infants (0-12 mo) and 1500 households with adolescents (9-12 y). The data will be analyzed and presented rapidly each year to district program and policy leaders to assist them in developing their activity plans for the following year.
The primary objective of this study is to compare the total costs to sites and payers of administering IV iron over the 30-day observation period for subjects with IDA who receive Ferric Carboxymaltose (FCM) relative to those who receive iron sucrose, iron dextran, and ferumoxytol.
This study will be conducted in approximately 228 subjects with anemia associated with CKD who are not on dialysis. Two groups of subjects will be enrolled into the study: Group 1: recombinant human erythropoietin (rhEPO) naive subjects; Group 2: rhEPO users, who are currently receiving rhEPO. Subjects who are rhEPO naive will be randomized to receive either GSK1278863 once daily (QD) or rhEPO in a 3:1 fashion; subjects who are receiving an rhEPO before enrolling (rhEPO users) will be randomized in a 1:1 fashion to GSK1278863 QD or to the control arm. For those randomized to the control arm, the decision around whether the subject requires rhEPO, the selection of the type of rhEPO (if needed) and the choice of rhEPO dose to achieve and maintain Hgb concentrations within the target range should be based on Investigator clinical judgment, with the historical rhEPO dose and the current Hgb value being considered. The study consists of a screening phase of at least 4 weeks, a 24-week treatment phase and a follow-up visit that will occur approximately 4 weeks after completing treatment. It is anticipated that the data generated will enable selection of the starting dose(s) and optimize dose adjustment regimen(s) for Phase 3 clinical trials.
ABC PICU is a randomized clinical trial that will compare the clinical consequences of RBC storage duration in 1538 critically ill children. Laboratory and observational evidence points to serious concerns about the lack of safety and effectiveness of older RBCs, especially in more vulnerable populations. Physicians and institutions have been systematically transfusing fresh RBCs to some pediatric patients primarily because of beliefs that the use of fresh RBCs improve outcomes. Conversely, the standard practice of blood banks is to deliver the oldest RBC unit in order to decrease blood wastage. To provide much needed high quality evidence to answer the question "do RBCs of reduced storage duration improve outcomes?" The ABC PICU Trial will conduct a RCT comparing development of New or Progressive Multiple Organ Dysfunction Syndrome (NPMODS) in critically ill children transfused with either RBCs stored ≤ 7 days or standard issue RBCs (expected mean RBC storage duration of 17-21 days).
This study is intended to evaluate the dose-response relationship of GSK1278863 over the first 4 weeks of treatment and evaluate the safety and efficacy of GSK1278863 over 24 weeks to maintain hemoglobin (Hgb) level in hemodialysis-dependent (HDD) subjects with anemia associated with chronic kidney disease (CKD) who are switched from a stable dose of recombinant human erythropoietin (rhEPO). The data generated will enable selection of the starting dose(s) and optimize dose adjustment regimen(s) for Phase 3 clinical trials.
Hypothesis: Routine clinical tests with feedback control based Epogen(Epo)/Venofer(Iron) protocol will improve Hemoglobin (Hgb) stability and increase the time that patients remain in target Objectives: 1. Decreased variability of Hgb 2. Increase the % of patients in target range c Increase in time that Hgb remains target range
Evaluate efficacy and safety of 16 weeks of titrated dose treatment with BAY85-3934 versus epoetin alfa/beta as measured by hemoglobin (Hb) levels. Fixed starting doses of 25, 50,75 and 150 mg of BAY85-3934 titrated at the scheduled dose control visits. Titration will be based on the subject's Hb response and tolerability of the prior dose. Planned doses include 15, 25, 50, 75, 100,150 and 200 mg/day
The purpose of this study is to determine whether oral or intravenous iron is effective in the treatment of anaemia (iron-poor blood) after caesarean section.
This prospective, multicenter, observational study will evaluate the impact of comorbidities on hemoglobin stability in chronic kidney disease patients on dialysis treated with Mircera (methoxy polyethylene glycol-epoetin beta). Eligible patients will be followed for 6 months of treatment.