Active clinical trials for "Anemia"

Iron deficiency anemia is a common complication of liver cirrhosis in childern and may affects there life this study to improve the outcome of these patients

The aim of this study is to describe the transfusion practices in patients undergoing major surgery in Turkey. The transfusion rates of red blood cells (RBC), fresh frozen plasma (FFP) and platelets; the transfusion predictors and transfusion related patient outcomes are investigated.

The study is a pilot study, which involves cardiothoracic patients. Patients, who are scheduled for elective cardiosurgical procedure, will be seen in multidisciplinary anesthesia/Patient Blood Management (PBM) clinic and screened for anemia prior to surgery. Anemic patients will eventually be treated with 500mg of ferric carboxymaltose 1 to 4 days prior to surgery. A high blood loss is expected in these procedures (>500ml). Blood is collected and re-transfused to the patient via use of cell savers/ autologous blood restoration. The investigators will examine how fast intravenous ferric carboxymaltose is stored within the iron storage cells of the body, and how much remains within the patients blood at the time point of surgery. Next, the investigators will assess the wash out effect of iron via cell salvage. The hypothesis of this trial is that ferric carboxymaltose is washed out of the collected patient's blood by cell caver usage (Wash-Out Effect).

This is an observational clinical research on patients with chronic kidney disease who are not on hemodialysis and receiving darbepoetin alfa to treat diagnosed renal anemia; the major objective is to explore novel erythropoiesis stimulating agent (ESA) response index in association with deterioration of renal function as well as occurrence of cardiovascular disease events.

The consequences of iron deficiency anemia in women are enormous, and especially in developing countries, as the condition adversely affects both their productive and reproductive capabilities. The study seeks to: 1) compare changes in iron status indicators among women receiving an iron-rich organic food supplement versus ferrous sulfate supplement, and 2) determine the suitable level of food supplement needed to prevent/reduce iron deficiency anemia among women in developing country settings. A double-blind, randomized, controlled, intervention trial will be implemented in women of childbearing age, 60 women with iron deficiency anemia and 60 women with iron deficiency. After screening potential subjects (up to 500 expected), approximately 30 will be recruited into each of four study groups; assuming 30% dropout rate, to detect an increase of 30% in ferritin as significant between the two time points at 80% power and alpha value of 0.05. Subjects who meet the inclusion criteria will be randomized into the four groups consisting of: 2 control groups (daily 60mg ferrous sulfate (FS-60) or daily 10mg ferrous sulfate (FS-10)), and 2 test groups (daily 60mg iron-rich supplement (IRS-60) or 10mg iron-rich supplement (IRS-10)). Subjects will take daily FS-60 and IRS-60 under supervision for 8 weeks while subjects taking FS-10 and IRS-10 will take the supplement under supervision for 12 consecutive weeks.

This observational study will evaluate the efficacy and use of Methoxy polyethylene glycol-epoetin beta (Mircera) in participants with Stage V chronic kidney disease on hemodialysis receiving an erythropoietin prior to study entry. Attending physicians should have made the decision of placing the participant on methoxy polyethylene glycol epoetin beta in advance and not related to the study. The therapy will be administered by the attendant treating physician according to specifications in the package insert guidelines and to the routine of the site.

This prospective observational study evaluated the efficacy and safety of Mircera (methoxy polyethylene glycol-epoetin beta) in chronic kidney disease participants on dialysis with renal anemia. Participants initiated on treatment with Mircera according to the Summary of Product Characteristics and standard clinical practice were followed for 10 months.

The purpose of this study is to monitor and quality assure the efficacy and safety of Monofer® in a broad patient population when Monofer® is used according to the Monofer® label (SPC) in current practice and where standard routines are being followed.

Anemia (decreased number of red blood cells) is common in critically ill trauma patients admitted to an Intensive Care Unit and is associated with a high rate of blood transfusions. This "anemia of inflammation" is a result of three mechanisms: impaired iron regulation, shortened red blood cell life span, and reduced rate of erythropoiesis (a protein that helps make new red blood cells). Hepcidin, a protein made in the liver, regulates iron and is decreased when iron in the blood is low. This can lead to anemia. This research study is being conducted to learn how inflammation, hepcidin, and erythropoietin interact in critically ill patients. The findings will help in determining effective treatment for patients with anemia of inflammation.

This observational study will evaluate the use and efficacy of Mircera (methoxy polyethylene glycol-epoetin beta) in anemia patients with chronic kidney disease (CKD) stage III-IV not on dialysis or CKD stage V on dialysis. Patients will be followed during 12 months of treatment.