Search Results - "Blaschke, Ulrich K."

Efficient Intracellular Delivery of a Protein and a Low Molecular Weight Substance via Recombinant Polyomavirus-like Particles by Abbing, Andrea, Blaschke, Ulrich K., Grein, Swen, Kretschmar, Michael, Stark, Christoph M.B., Thies, Michael J.W., Walter, Jürgen, Weigand, Martina, Woith, Diemuth C., Hess, Jürgen, Reiser, Christian O.A.

“…Efficient encapsulation of foreign molecules like proteins and low molecular weight drugs into polyoma virus-like particles (capsoids) was achieved by the…”
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Synthesis of Multi-Domain Proteins Using Expressed Protein Ligation: Strategies for Segmental Isotopic Labeling of Internal Regions by Blaschke, Ulrich K, Cotton, Graham J, Muir, Tom W

“…Here we describe how a sequential version of the protein semi-synthesis technique, Expressed Protein Ligation (EPL), can be used to assemble multiple (i.e. 3…”
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Collagen XI Nucleates Self-assembly and Limits Lateral Growth of Cartilage Fibrils by Blaschke, Ulrich K., Eikenberry, Eric F., Hulmes, David J.S., Galla, Hans-Joachim, Bruckner, Peter

“…Fibrils of embryonic cartilage are heterotypic alloys formed by collagens II, IX, and XI and have a uniform diameter of ∼20 nm. The molecular basis of this…”
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Distinct Isoforms of Chicken Decorin Contain Either One or Two Dermatan Sulfate Chains by Blaschke, Ulrich K., Hedbom, Erik, Bruckner, Peter

“…Decorin, a member of a family of proteins with leucine-rich repeat motifs, is a widely distributed extracellular matrix proteoglycan that is thought to be…”
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Protein engineering by expressed protein ligation by Blaschke, U K, Silberstein, J, Muir, T W

“…By allowing the controlled assembly of synthetic peptides and recombinant polypeptides, expressed protein ligation permits unnatural amino acids, biochemical…”
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Introduction of unnatural amino acids into proteins using expressed protein ligation by Ayers, Brenda, Blaschke, Ulrich K., Camarero, Julio A., Cotton, Graham J., Holford, Mande, Muir, Tom W.

“…Here we describe the results of studies designed to explore the scope and limitations of expressed protein ligation (EPL), a protein semisynthesis approach…”
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