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The capabilities of conductive nanomaterials to be produced in liquid form with well‐defined chemical, physical, and biological properties are highly important for the construction of next‐generation flexible bioelectronic devices. Although functional graphene nanomaterials can serve as attractive liquid nanoink platforms for the fabrication of bioelectronics, scalable synthesis of graphene nanoink...
A water‐processable and bioactive multivalent graphene nanoink featured with a well‐defined 2D flat morphology is synthesized and studied by Chong Cheng, Rainer Haag, and co‐workers in article number 1705452. This new graphene nanoink can be easily coated/brushed onto bioelectronic materials and provides high mechanical flexibility, good electrochemical activity, and high cellular compatibility and...
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