Brain Development Suffers From Lack of Fish oil, Fatty Acids

Naturopathic News

IRVINE, Calif. – Fatty acids are vital in the development of brain tissue, according to researchers at the University of California at Irvine.

Their research is indicating there is a dietary link for proper pre and postnatal growth.

Their findings were published in April’s edition of The Journal of Neuroscience.

What they found is that deficiencies in the type of fatty acids found in fish and other foods can limit fetal brain growth.

Women who maintained a balanced diet rich in Omega-3s during pregnancy could boost their baby’s brain development.

Researchers proved this by showing how deficits in what are known as n-3 polyunsaturated fatty acids cause molecular changes in the developing brain that result in constrained growth of neurons and the synapses that connect them.

In their study, which used female frogs and tadpoles and showed how DHA-deficient brain tissue fostered poorly developed neurons and limited numbers of synapses, the vital conduits that allow neurons to communicate with each other.

 

Current Issue

Table of Contents

Trending Articles

Restorative Formulations Launches the NeuroSynergy Clinical Series

Restorative Formulations Launches the NeuroSynergy Clinical Series

Four professional-grade formulas targeting distinct neurochemical pathways to support  mood, stress resilience, and cognitive function are now available exclusively to licensed  practitioners.  Montpelier, VT, March 27, 2026 — Restorative Formulations has released the...

Allergy Research News Release

Allergy Research News Release

RAZI BERRY Allergy Research Group Announces Peer-Reviewed Publication Advancing Thyroid and Endocrine Integration Science Collaborative research led by ARG’s Medical Affairs and Scientific Advisory Board reinforces the company’s commitment to thyroid category...

Three Endocrine Axes Share One Energy Budget for Stress Resilience

Three Endocrine Axes Share One Energy Budget for Stress Resilience

Three Endocrine Axes Share One Energy Budget for Stress Resilience Mitochondrial reserve capacity constrains the HPA, thyroid, and gonadal systems simultaneously, determining whether stress responses stay adaptive or consolidate into chronic dysfunction. When a...

Custom Publishing

Quantum Energy Effects on Cell Recovery Rates

Quantum Energy Effects on Cell Recovery Rates

Author: Robert Sheaff, PhD, and Ian Mitchell Abstract This study investigated whether quantum field exposure generated by Leela Quantum Bloc Technology influences cell recovery rates in human cell lines. A series of double-blind experiments were conducted using Human...

Quantum Fields and Frequency Medicine

RAZI BERRY Quantum Fields and Frequency Medicine A Conversation with Philipp Samor von Holtzendorff Fehling on Remote Quantum Technology and Human Performance Interest in frequency medicine and subtle energy technologies continues to grow...

Featured News