Search Results - "Rombouts, Wolf H"

Scaling Behavior of Dendritic Nanoparticle Mobility in Semidilute Polymer Solutions by de Kort, Daan W, Rombouts, Wolf H, Hoeben, Freek J. M, Janssen, Henk M, Van As, Henk, van Duynhoven, John P. M

“…In our studies on particle mobility in polymer solutions, we have investigated and determined self-diffusion coefficients of nanoparticles in semidilute…”
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Reversible Temperature-Switching of Hydrogel Stiffness of Coassembled, Silk-Collagen-Like Hydrogels by Rombouts, Wolf H, de Kort, Daan W, Pham, Thao T. H, van Mierlo, Carlo P. M, Werten, Marc W. T, de Wolf, Frits A, van der Gucht, Jasper

“…Recombinant protein polymers, which can combine different bioinspired self-assembly motifs in a well-defined block sequence, have large potential as building…”
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Equivalent Pathways in Melting and Gelation of Well-Defined Biopolymer Networks by Cingil, Hande E, Rombouts, Wolf H, van der Gucht, Jasper, Cohen Stuart, Martien A, Sprakel, Joris

“…We use multiple particle tracking microrheology to study the melting and gelation behavior of well-defined collagen-inspired designer biopolymers expressed by…”
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Nanoparticle-Templated Formation and Growth Mechanism of Curved Protein Polymer Fibrils by Pham, Thao T. H, Rombouts, Wolf H, Fokkink, Remco, Stuart, Marc C. A, Cohen Stuart, Martien A, Kleijn, J. Mieke

“…We investigated the growth of biosynthetic protein polymers with templated curvature on pluronic nanospheres. The protein has a central silk-like block…”
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Synergistic Stiffening in Double-Fiber Networks by Rombouts, Wolf H, Giesbers, Marcel, van Lent, Jan, de Wolf, Frits A, van der Gucht, Jasper

“…Many biological materials are composite structures, interpenetrating networks of different types of fibers. The composite nature of such networks leads to…”
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Enhanced stiffness of silk‐like fibers by loop formation in the corona leads to stronger gels by Rombouts, Wolf H., Domeradzka, Natalia E., Werten, Marc W.T., Leermakers, Frans A.M., de Vries, Renko J., de Wolf, Frits A., van der Gucht, Jasper

“…We study the self‐assembly of protein polymers consisting of a silk‐like block flanked by two hydrophilic blocks, with a cysteine residue attached to the…”
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