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About

Markus B. Linder is a leading figure in bioinspired materials science, whose work bridges the gap between synthetic polymers and the dynamic, functional properties of living systems. His research focuses on creating advanced materials that mimic biological tissues, with key contributions in self-healing hydrogels, silk fiber fabrication, and the expression of thermostable enzymes. Linder’s most impactful work, a 2025 study on stiff and self-healing hydrogels (117 citations), introduces a breakthrough method using polymer entanglements in co-planar nanoconfinement to achieve both mechanical strength and self-healing—properties previously thought mutually exclusive in synthetic hydrogels. This innovation has significant implications for biomedical applications, such as tissue engineering and soft robotics. He has also advanced the field of biomimetic spinning, developing robotic devices for pulling silk fibers from aqueous solutions (2023) and using solidification force control for reproducible fiber fabrication (2022). Additionally, his work on heterologous expression and random mutagenesis of cellobiohydrolase Cel7B (2007) improved thermostability for industrial biocatalysis. Linder’s 2024 perspective, “Materials Inspired by Living Functions” (23 citations), underscores his vision for materials that are dynamic and feedback-responsive, challenging static design paradigms. His interdisciplinary approach, combining molecular biology, polymer chemistry, and robotics, positions him as a pioneer in creating next-generation materials that heal, adapt, and function like living organisms.