This review demonstrates unique electrochemical properties of 2D materials in biosensors, indicating critical synthesis and functionalization challenges.
Key Points
MAIN FINDING: Various 2D materials are evaluated for their electrochemical properties and roles in biosensing.
KEY EVIDENCE: Materials like transition metal dichalcogenides and graphene oxide show promising electrochemical performance.
APPROACH: The review details synthesis, exfoliation, and functionalization of 2D materials for effective biosensors.
SIGNIFICANCE: Optimizing 2D materials can lead to significant advancements in the performance of biosensing technologies.