Active clinical trials for "Diabetes, Gestational"

Objective of this registry is to collect a representative set of real world data on the use of Dilapan-S® for pre-induction cervical ripening in daily clinical practice. Upon completion of the registry, relevant collected data will be analyzed and published.

This is a single-blind randomized controlled trial, aiming to evaluate the preventive effects of mobile-based combining with hospital-based lifestyle interventions on GDM among women with advanced maternal age. It will be conducted in Beijing, with a sample size of 346. All eligible pregnant women will be randomly assigned to either the intervention or control group, and followed up to delivery.

Through the MALDI-TOF MS platform, explore the proteomics and peptidomics differences of fasting serum/plasma and urine between non pregnant people with normal glucose tolerance test and prediabetes /diabetes patients, pregnant people with normal glucose tolerance test and pregnant diabetes patients respectively; To explore the role of its proteomics and peptidomics differences in the diagnosis of prediabetes and diabetes, and to establish a new method of differential diagnosis by using the omics data and key characteristic peaks to find potential new diagnostic markers.

The Hoosier Moms Cohort (HMC) study's goal is to better understand the pathophysiology underlying the development of gestational diabetes mellitus (GDM) in pregnant women and its transition to Type 2 diabetes mellitus in mothers and their exposed children. The HMC study wants to determine what biomarkers (genetic, blood based and behavioral/interventional) can be identified in pregnant women affected with GDM and how those biomarkers can be used to impact preventative care.

Due to a changed lifestyle with less physical activity, unfavorable diets rich in fat and calories and obesity, the prevalence of diabetes mellitus is increasing worldwide. The diabetes epidemic is associated with significant personal and socio-economic consequences. Despite attempts to prevent the complications of diabetes, this disease is still the leading cause of blindness, chronic renal insufficiency and non-traumatic amputation. It is important to detect early on an increase in blood sugar and treat it accordingly to reduce costs and to minimize the personal suffering of those affected. As the number of patients with type 2 diabetes mellitus continues to rise, the number of young women with gestational diabetes mellitus (GDM) also increases. This is a disorder og glucose metabolism, which occurs for the first time in pregnancy. The causes for this are manifold. Among other causes, the increasing age of the mothers and weight gain during pregnancy are risk factors for gestational diabetes. Although it has been recommended that women with gestational diabetes should be re-examined after the birth of their child, many women have not. The study is a follow-up study to clarify whether insulin secretion disorder in women with and after GDM is a risk factor for the occurrence of type 2 diabetes mellitus.

Gestational diabetes (GDM) is a form of diabetes that develops during pregnancy. GDM is associated with increased risks for pregnancy complications such as macrosomia s and preterm delivery. Women with a history of GDM have a high risk to develop a type 2 diabetes (T2DM) within the next ten years after delivery. The children are also at increased risk of developing obesity and T2DM later in life. Studies are needed to find more accurate predictors for the metabolic risk later in life. This will help to individualize the follow-up and to develop tailored prevention strategies in women and offspring with a history of GDM. In this research project we will therefore investigate how the long-term metabolic risk can more accurately be predicted in a follow-up cohort of the 'Belgian Diabetes in Pregnancy study' (BEDIP-N). We will study the relationship between maternal weight, degree of body fat and degree of hyperglycaemia in pregnancy on the long-term metabolic risk of 375 women and offspring pairs 3-7 years after the delivery across different gestational glucose tolerance groups based on the 2013 WHO criteria in pregnancy. In addition, we will study whether a promising new biomarker, glycated CD59, is a good predictor for the long-term metabolic risk.

This project is expected to screen reliable serum markers in pregnant women with gestational diabetes mellitus (GDM) by using metabolic profiling and lipid profiling clinical high-throughput mass spectrometry technology. We intend to build an early pregnancy prediction model for postpartum glucose metabolism abnormalities of GDM. At the same time, this project plans to develop a predictive management system based on this model, so that it can be widely used in clinical detection process, realize the advance of the early warning window period of abnormal glucose metabolism, and provide theoretical guidance for the early postpartum blocking of GDM to the outcome of abnormal glucose metabolism.

Diabetes mellitus affects roughly 8% of pregnancies but is associated with significant perinatal and maternal morbidity, with 6% of pregnancies affected by gestational diabetes mellitus (GDM). Best practice guidelines recommend universal screening for gestational diabetes mellitus between 24-28 weeks of pregnancy in all women who do not have a diagnosis of pre-gestational diabetes mellitus. Among high-risk populations, performing an early diabetes screen is suggested at the initiation of prenatal care to evaluate for pre-gestational diabetes mellitus. Prior studies have demonstrated a difference in perinatal outcomes by comparing women with negative screening tests to those who fail a screen but pass a diagnostic test and those who are ultimately diagnosed with GDM. The investigators aim to use continuous glucose monitoring systems to study glycemic control in the early third trimester to further elucidate the differences between pregnant women with euglycemia, glucose intolerance, and GDM.

Research hypotheses The arterial stiffness in pregnant women with gestational diabetes is reduced compared to healthy pregnant women. The values of highly sensitive CRP in pregnant women with gestational diabetes are higher compared to healthy pregnant women. The arterial stiffness in test subjects with previous gestational diabetes was reduced compared to test subjects with a previously normal OGTT during pregnancy. The values of highly sensitive CRP in subjects with previous gestational diabetes are higher compared to subjects with previously normal OGTT during pregnancy.

Gestational diabetes mellitus (GDM) refers to the abnormal glucose metabolism index of pregnant women during pregnancy. At present, about 15% of pregnant women will develop GDM in the second and third trimester, which seriously affects the health of the pregnant woman and the fetus. However, the etiology of GDM remains unclear. Various pollutants in the environment may have a potential impact on pregnant women and fetuses. For example, previous studies have shown that exposure to atmospheric pollutants nitric oxide and organochlorine pesticides are associated with GDM. At present, we plan to further investigate the correlation between environmental pollutants and GDM.