George T. Robillard

Adhesion Receptors Mediate Efficient Non-viral Gene Delivery (2007)

Zuhorn, Inge S., Kalicharan, Dharamdajal, Robillard, George T., Hoekstra, Dick

For a variety of reasons, including production limitations, potential unanticipated side effects, and an immunological response upon repeated systemic administration, virus-based vectors are as yet...

Self-assembly of the hydrophobin SC3 proceeds via two structural intermediates (2006)

De Vocht, Marcel L., Reviakine, Ilya, Ulrich, Wolf-Peter, Bergsma-Schutter, Wilma, Wosten, Han A. B., Vogel, Horst, ...

Hydrophobins self assemble into amphipathic films at hydrophobic-hydrophilic interfaces. These proteins are involved in a broad range of processes in fungal development. We have studied the...

A functional mimic of natural peroxidases: synthesis and catalytic activity of a non-heme iron/peptide hydroperoxide complex (1998)

Choma, Christin T., Schudde, Ebe P., Kellogg, Richard M., Robillard, George T., Feringa, Ben L.

Site-selective attachment of unprotected peptides to a non-heme iron complex is achieved by displacing two halides on the catalyst by peptide caesium thiolates. This coupling approach should be...

A functional mimic of natural peroxidases: synthesis and catalytic activity of a non-heme iron/peptide hydroperoxide complex (1998)

Choma, Christin T., Schudde, Ebe P., Kellogg, Richard M., Robillard, George T., Feringa, Ben L.

Site-selective attachment of unprotected peptides to a non-heme iron complex is achieved by displacing two halides on the catalyst by peptide caesium thiolates. This coupling approach should be...

Oligomerization of hydrophobin SC3 in solution: From soluble state to self-assembly

Wang, Xiaoqin, Graveland-Bikker, Johanna F., De Kruif, Cornelis G., Robillard, George T.

Hydrophobin SC3 is a protein with special self-association properties that differ depending on whether it is in solution, on an air/water interface or on a solid surface. Its self-association on an...

Self-assembly of the hydrophobin SC3 proceeds via two structural intermediates

De Vocht, Marcel L., Reviakine, Ilya, Ulrich, Wolf-Peter, Bergsma-Schutter, Wilma, Wösten, Han A.B., Vogel, Horst, ...

Hydrophobins self assemble into amphipathic films at hydrophobic–hydrophilic interfaces. These proteins are involved in a broad range of processes in fungal development. We have studied the...