Jianye Kang

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About

Jianye Kang is a leading researcher in the development of advanced biomimetic hydrogels, with a focus on stimuli-responsive lubrication and smart materials. His work bridges supramolecular chemistry and materials engineering to create hydrogels that mimic natural mucosal tissues. Kang’s major contributions include the design of the first mucosa-inspired electro-responsive lubricating supramolecular-covalent hydrogel (2023, 57 citations), which dynamically secretes lubricating fluids under electrical stimulation while maintaining structural integrity—a breakthrough for adaptive biomedical coatings. He also pioneered carbon dots-enhanced pH-responsive lubricating hydrogels (2023, 25 citations) using reversible dynamic covalent bonding, enabling tunable friction control in biological environments. His research has garnered over 80 citations in just two years, reflecting its high impact in the fields of smart lubricants, tissue engineering, and soft robotics. Kang’s work is notable for its innovative integration of living-system-inspired responsiveness with durable hydrogel frameworks, offering transformative potential for implantable devices and drug delivery systems. His achievements position him as an emerging leader in bioinspired materials science.