Abstract
Transition metal dichalcogenides (TMDs), an emerging 2D analogy of graphene, with their captivating physiochemical properties find applications in advanced point-of-care diagnosis of various health related issues. Specially, multidimensional structures of TMDs and its structure dependent electronic, optical and electrocatalytic properties are apt for the design of different types (electrochemical, photoluminescence and colorimetric) of biosensing devices. This chapter outlines the field-effect transistor–based biosensing applications of TMDs and its recent developments.
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