Chemical interaction-driven sensitivity enhancement in graphene-integrated photonic crystal biosensors for hormone detection | Synapse
April 15, 2026Open Access
Chemical interaction-driven sensitivity enhancement in graphene-integrated photonic crystal biosensors for hormone detection
Key Points
The central aim is to enhance hormone detection sensitivity in biosensors using graphene and photonic crystals.
Developed a graphene-integrated photonic crystal biosensor.
Used resonance shifts for label-free hormone detection.
Conducted multi-parameter sensing to assess stability and sensitivity.
Achieved high sensitivity in hormone detection.
Demonstrated stable performance across multiple parameters.
Successfully utilized resonance shifts to indicate the presence of hormones.
Abstract
A graphene-enhanced photonic crystal biosensor enables label-free hormone detection via resonance shifts, delivering high sensitivity and stable multi-parameter sensing.