# Leveraging epileptic network understanding to improve targeted treatment

## TL;DR

A study in mice reveals how brain connections contribute to epilepsy and suggests targeting these connections for treatment.

## Contribution

The study identifies how pathological brain connections form in epilepsy and proposes them as potential treatment targets.

## Key findings

- Pathological connections in epilepsy span multiple brain regions.
- Interconnectivity in these networks can be targeted for treatment.
- Findings are based on a study in mice.

## Abstract

Epilepsy is thought to develop through pathological connections involving various and widespread brain regions. A new study in PLOS Biology shows how some of these connections are formed across network sites, and how this interconnectivity can serve as a treatment target in epilepsy.

Epilepsy is thought to develop through pathological connections involving various and widespread brain regions. This primer discusses a PLOS Biology study in mice that shows how some of these connections are formed across network sites, and how this interconnectivity can serve as a treatment target in epilepsy.