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Browse 7,874 clinical trials for diabetes. Find studies that match your criteria and connect with research centers.
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NCT02185963
The patients who have achieved LDL-C levels below the currently recommended targets may still experience cardiovascular events. To reduce further the risk of coronary heart disease (CHD), raising HDL-C and lowering TG may be the secondary therapeutic target. However, increased HDL-C levels do not mean increase in functional HDL-C. It also remains controversial whether functional HDL is more important than total circulating levels of HDL-C in reducing CHD. Actually, the increased concentration of HDL alone might be ineffective indicating that qualitative changes in HDL levels in response to drug interventions are required to result in clinical benefit. The investigators set up a clinical trial investigating effect of (rosuva)statin treatment on functional HDL-C levels particularly in Asian populations, who have relatively low HDL-C.
NCT02053103
A Phase 2a study to evaluate the effects of an investigational compound administered at 200 mg, twice daily (BID), for 6 weeks in adult subjects with Type 2 Diabetes Mellitus (T2DM) on metformin background therapy.
NCT02756442
Introduction: The pregnancy brings about physiological and hormonal modifications which cause sleep disorder. The sleeplessness, snoring and a bad sleepquality are frequent during the pregnancy. Also a limited breathing airflow happens very often during the pregnancy. The limited airflow causes micro-awakenings that enter in the frame of the high resistances airways syndrome. To our knowledge there is no study about the outcome of micro-awakenings at pregnant women. Objectives: To compare the prevalence of the high resistances airways syndrome (RERA) in pregnant woman with or without gestational diabetes Methods : It is a monocentrical prospective study at pregnant women after the 30th amenorrhea week who consul the gynecologie and obstetrics department of the CHU NORD in Marseille. We are going to compare the breathing disorder during sleep of a control group with a group of women with gestational diabetes. A polysomnograph will be run at the included patients' home. Expected results : The physiological and hormonal modifications during the pregnancy could favor nocturnal sleep events (snoring, SAHOS and RERA) and its complications as gravidic HPN And gestational diabetes cause maternal and fœtal and morbidity and mortality. We put the hypothesis that limited airflow in association with micro-awakenings in the RERA have a negative impact on the glucose metabolism and favor the gestational diabetes.