Science Links Curvy Women to Smarter Babies

Science shows that curvy women produce smarter babies. Discover the intriguing connection between curves and intelligence.

Science has revealed the astonishing influence our bodies have on our babies’ cognitive development. Celebrating diverse body types, recent research highlights that curvy women have a greater likelihood of bearing intellectually gifted children. Delve into the intriguing factors elucidating this captivating revelation.

Body fat supplies essential nutrients.

Science Links Curvy Women to Smarter Babies
© chrissyteigen / Instagram

Intelligence is widely acknowledged as a result of both genetic and environmental factors. Maternal health, nutrition, and the child’s upbringing all play vital roles in cognitive development.

Intriguingly, a recent study unveiled a link between women’s bodies and their children’s intelligence. This revelation introduces novel considerations previously overlooked in understanding brain development.

© chrissyteigen / Instagram

In a study led by Professor Will Lassek and his team at Pittsburgh University, a fascinating link was found between certain body areas of women and the transmission of intelligence to infants during breastfeeding. These areas, commonly known as “fat banks,” encompass the hips, thighs, and buttocks.

Although the researchers emphasize that they do not endorse obesity as a health condition, they suggest that having surplus body fat can provide essential nutrients such as omega-3 fatty acids and vitamin D, which are advantageous for fetal brain development.

Science suggests that a higher amount of body fat in women is associated with increased cognitive abilities in their children.

© ashleygraham / Instagram

According to Professor Will Lassek, the fat stored in these specific areas serves as a depot for developing a baby’s brain. These fat deposits contain high levels of DHA, a vital component of the human brain, essential for building a robust nervous system.

Science Links Curvy Women to Smarter Babies
© chrissyteigen / Instagram, © ashleygraham / Instagram

According to Lassek, women have evolved to store and preserve fats until childbirth. These fats, known as “brain-building, breast-milk lipids,” are released during nursing, leading to weight loss. Women appear to have evolved to accumulate and retain these fats until giving birth.

© iamkb / Instagram

In the view of Professor Bainbridge from Cambridge University, the lipids crucial for brain development in infants are primarily derived from fat stored in a mother’s thighs and buttocks. Notably, higher levels of these lipids in women with larger thighs could potentially contribute to increased intelligence in both mothers and their children.

Celebrating the diversity of all body shapes

Science Links Curvy Women to Smarter Babies
© ashleygraham / Instagram

Body image and self-criticism are common concerns for women today. The distribution of fat around the hips, a natural tendency, should be appreciated and understood as part of the diverse female body. Evolutionary and biological factors contribute to this characteristic.

Science Links Curvy Women to Smarter Babies
© chrissyteigen / Instagram

Understanding the biological and evolutionary aspects of this trait allows us to challenge narrow beauty standards imposed on women. Embracing diverse body types promotes body positivity, self-acceptance, and empowerment.

Women of all shapes are inherently beautiful. Embracing self-love is crucial for body acceptance. Celebrities, particularly those with curves, actively promote body positivity, serving as inspirations for universal self-acceptance.

Do you think science is right? What is your thought on this topic? Tell us in the comments below.

Written by Dadadel

CEO of @dadadelcreative® | Social Media & Digital Marketing Agency
Software Engineering graduate • Copywriter • Digital Marketer

Dadadel loves to smile and have a fine bottle of red wine. She is very keen on sarcasm and cats.

Leave a Reply

Your email address will not be published. Required fields are marked *