Скачать или смотреть How Gestational Diabetes Affects the Placenta: New Study Reveals Molecular Secrets

Gestational diabetes can lead to various complications in newborns and long-term health risks for offspring. But how does it impact the placenta? A groundbreaking study uncovers a previously unknown mechanism at the molecular level. Researchers found that gestational diabetes disrupts RNA splicing, a crucial step in protein production, leading to hundreds of genetic errors in the placenta. The study identifies SRSF10, a key protein, as a potential therapeutic target to mitigate these effects. Learn how this discovery could pave the way for new strategies to protect offspring from the complications of gestational diabetes.
Key Points Covered:
What is gestational diabetes and its impact on pregnancy?
How does gestational diabetes disrupt the placenta at the molecular level?
The role of RNA splicing and the SRSF10 protein in placental function
Potential therapeutic implications for improving pregnancy outcomes
Insights from the study published in the journal Diabetes
This video is essential for expectant mothers, healthcare professionals, and anyone interested in the latest advancements in maternal and fetal health.