Higher insulin resistance before pregnancy was linked to poorer ovulation, lower pregnancy and live-birth rates, and more gestational diabetes in women with PCOS. Improving insulin resistance during treatment was associated with better pregnancy outcomes.
In a pooled U.S. pregnancy cohort, maternal PFAS concentrations were not associated with a higher prevalence of gestational diabetes, and fasting glucose findings were largely null.
In HCHS/SOL, prior gestational diabetes was linked to a proinflammatory gut microbiome, adverse metabolite patterns, and higher future type 2 diabetes risk, suggesting a plausible microbiome-mediated pathway after pregnancy.
A nationwide cohort study of 466,462 infants reveals that maternal pregestational diabetes significantly increases the risk of delayed developmental milestones, with type 1 diabetes conferring the highest risk and female offspring showing particular vulnerability across language, personal-social, and gross motor domains.
A randomized trial of 205 pregnant women with gestational diabetes found that adjunctive flash glucose monitoring did not improve time-in-range glucose measurements compared to standard self-monitoring. However, the device was associated with significantly fewer large-for-gestational-age neonates, warranting further investigation in larger studies.
A randomized controlled trial demonstrates that performing oral glucose tolerance tests before hospital discharge significantly improves screening rates and patient satisfaction compared to standard outpatient care for women with gestational diabetes.
This review analyzes a landmark machine learning study identifying four distinct GDM phenotypic clusters, revealing that early-diagnosed, comorbidity-related GDM carries a four-fold higher risk of postpartum diabetes.
A groundbreaking machine learning study of over 37,000 patients identifies four distinct GDM phenotypic clusters. These findings demonstrate that early-diagnosed, high-comorbidity phenotypes carry a four-fold increased risk of postpartum diabetes, signaling a need for personalized clinical management in obstetric care.
This review analyzes the DIP randomized controlled trial, demonstrating that inpatient postpartum glucose testing achieves a 92.3% completion rate compared to 26.9% in outpatient settings, significantly improving detection of prediabetes and type 2 diabetes.
Research indicates that achieving stable and optimal blood sugar levels immediately after a gestational diabetes diagnosis can reduce a child's risk of obesity to levels comparable to those born to mothers without the condition.
This review synthesizes recent evidence demonstrating that early morning meal timing significantly improves nocturnal glucose profiles in gestational diabetes, offering a novel lifestyle intervention for metabolic management.
A multiethnic New Zealand
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study reveals that women with early antenatal prediabetes face a significantly higher risk of rapid postpartum progression to type 2 diabetes compared to those with traditional gestational diabetes, highlighting the clinical value of booking HbA1c for risk stratification.
A secondary analysis of the EMERGE trial reveals that Random Survival Forest models utilizing early glycemic data can accurately predict the time to insulin initiation in women with gestational diabetes, offering a roadmap for personalized metabolic management and improved maternal-fetal outcomes.
A randomized controlled trial demonstrates that a 20g whey protein pre-load 30 minutes before breakfast significantly reduces postprandial glucose excursions and glycemic variability in women with gestational diabetes throughout the third trimester, offering a promising non-pharmacological management strategy.
A randomized controlled trial demonstrates that an mHealth management model using the Better Pregnancy app significantly reduces GDM incidence, improves glycemic control, and enhances maternal self-efficacy among high-risk pregnant women, providing a scalable solution for modern obstetric care.
A large-scale Korean cohort study involving 1.3 million pregnancies found no overall association between oral corticosteroid use and gestational diabetes risk, supporting their clinical use when indicated, despite a minor risk increase observed in the very early first trimester.
A prospective study of 4,318 women reveals that dietary patterns promoting inflammation and hyperinsulinemia significantly elevate the risk of progressing from gestational diabetes to type 2 diabetes, with BMI serving as a primary mediator of this metabolic transition.
This review synthesizes evidence linking adherence to the Planetary Health Diet with reduced risks of myocardial infarction, type 2 diabetes, and improved weight management in women post-gestational diabetes, highlighting BMI's mediating role.
In a large retrospective cohort, women who discontinued GLP‑1 receptor agonists shortly before or during early pregnancy had greater gestational weight gain and higher risks of preterm birth, gestational diabetes, and hypertensive disorders compared with propensity‑matched unexposed pregnancies.
A large randomized clinical trial found that myo-inositol supplementation during pregnancy in individuals with PCOS did not significantly reduce rates of gestational diabetes, preeclampsia, or preterm birth compared to placebo.
