News: Insulin-resistant gravidas have more birth/prgnancy problems

Article

High degrees of insulin resistance in women may increase their rates of pregnancy and birth complications.

High degrees of insulin resistance in women may increase their rates of pregnancy complications and birth complications, and testing pregnant women for insulin resistance may be a useful way to predict problems, according to study findings presented at the Endocrine Society's 90th Annual Meeting, held June 15–18 in San Francisco.

Weerapan Khovidhunkit, MD, PhD, of Chulalongkorn University in Bangkok, Thailand, and colleagues studied 538 pregnant women who had a positive glucose challenge test, and then underwent an oral glucose tolerance test. The researchers also used homeostatic model assessment to assess insulin resistance, and tracked pregnancy complications including preeclampsia, polyhydramnios, premature rupture of membranes, and cesarean section delivery.

Women with the highest degree of insulin resistance (>2.44) had a rate of pregnancy complications nearly 1.5 times greater than those with the lowest insulin resistance, regardless of the presence of gestational diabetes, the researchers found. Babies born to women in the group with the highest insulin resistance had a complication rate at birth that was nearly 1.75 times higher than babies born to women in the lowest insulin resistance group. The most common maternal complication was need for a C/S, and the most common infant complications were macrosomia and hypoglycemia.

More information on the research is available at http://endo-society.org/.

Related Videos
Study unveils maternal mortality tracking trends | Image Credit: obhg.com
How Harmonia Healthcare is revolutionizing hyperemesis gravidarum care | Image Credit: hyperemesis.org
Unveiling gender disparities in medicine | Image Credit:  findcare.ahn.org.
Exploring the intersection of heart health and women's health | Image Credit: cedars-sinai.org
Unlocking the benefits of DHEA | Image Credit: drannacabeca.com
Unlocking the power of oxytocin | Image credit: drannacabeca.com
Revolutionizing menopause management: A deep dive into fezolinetant | Image Credit: uvahealth.com.
© 2024 MJH Life Sciences

All rights reserved.