LSU Football Players Joined Concussion Research Study

The research program uses saliva swabs to detect brain injuries in athletes during games.

Updated on Oct. 14, 2026 in Football

LSU Football Players Joined Concussion Research Study

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LSU football players are participating in a clinical study that utilizes saliva-based screening to identify concussions. This initiative aims to detect traumatic brain injuries before clear symptoms emerge.

Why it matters

Early detection of concussions is critical for preventing cumulative brain trauma in contact sports. This tool could allow medical staff to identify injuries on the sideline that might otherwise go unnoticed.

Up to 60 LSU football players are involved in this clinical research project. The effort is supported by a $250,000 grant provided through the Collaboration in Action Program.

The players

Institute for the Health and Performance of Champions

This organization oversees the concussion research project involving LSU football players.

Pennington Biomedical Research Center

This institution provides research expertise for the sideline concussion study.

LCMC Health

This health system is collaborating on the development of the saliva-based concussion tool.

The details

Medical staff conduct saliva swabs on the sideline to collect samples for laboratory analysis. Researchers at the Pennington Biomedical Research Center and LCMC Health study these samples for specific protein biomarkers associated with concussions.

LSU players are participating in the clinical study throughout the 2026 football season.
The research study is scheduled for final completion in June 2027.

Season Trajectory

This study marks a significant shift toward integrating real-time biological data collection into the routine medical operations of major college football programs. It reflects a broader push to prioritize long-term player health by adopting objective diagnostic tools that replace legacy, subjective assessment methods.

The involvement of 60 players in this study creates a specialized medical testing environment that could influence future concussion protocols across the Southeastern Conference. These data points may eventually inform standard diagnostic procedures for athletes suffering potential head injuries during games.

The takeaway

This study highlights the growing reliance on molecular biology to solve persistent safety challenges in contact athletics. Coaches and team physicians can look toward these developing diagnostic tools to improve player monitoring and injury management.