Karolinska Institutet study finds SSRIs affect developing nerve cell metabolism differently
By
Updated by: Una Prosell 20-05-2026
Crisped on the outside, thoughtful enough on the inside.
Summary
A new study from Karolinska Institutet reveals that different SSRI medications affect metabolic processes in developing nerve cells in distinct ways, including alterations in energy metabolism, oxidative stress, and lipid profiles. The research, led by postdoctoral researcher Abishek Arora, used cell-based experiments to study effects on human nerve cells during early brain development without the confounding influence of maternal depression. The findings suggest SSRIs are not biologically equivalent, but the researchers caution against interpreting the results as evidence that SSRIs during pregnancy cause autism, ADHD, or other neurodevelopmental disorders.
Key quotes
· 3 pulledThrough our cell-based experiments, we can study how SSRIs affect human nerve cells at an early stage of brain development, without the influence of maternal depression or anxiety.
At the same time, we are careful not to interpret findings from population data as causal.
Mental health conditions themselves, as well as genetic and environmental factors shared between mother and child, are important parts of the overall picture.
You might also wanna read
Exploring the Role of NMDA Receptor Antagonists in Anesthesia, Alzheimer's, and Depression
The article delves into the functions and effects of NMDA Receptor Antagonists, highlighting their potential uses in anesthesia, Alzheimer's
Creatine supplement shows cognitive benefits: slows early Alzheimer's decline by 30% and improves mental performance, studies find
A comprehensive review (2025) and clinical trial (2026) reveal that creatine, widely used as a muscle-building supplement, also crosses the
thesciverse.org·6h agoJapanese researchers develop vitamin K-like compounds that may help convert brain cells into neurons
Japanese researchers have developed a new family of vitamin K-like molecules that may help immature brain cells transition into neurons. Whi
zmescience.com·1d agoGladstone Scientists Develop New Tool to Map Brain Waste Clearance Mechanisms
Gladstone scientists have developed a new tool to trace how the brain clears waste, revealing surprising new biology about the brain's self-
gladstone.org·2d ago
Large longitudinal study examines delayed cortical thinning as biomarker for attention problems, highlighting sex differences in youth
This study examines whether delayed age-related cortical thinning is a reliable biomarker for attention problems and ADHD in youth. Using a
Study Shows Unconscious Brain Can Process Language Under Anesthesia
A new study from Baylor College of Medicine challenges the assumption that consciousness is required for the brain to process complex langua
