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Cross-ß Folds of Amyloid as a Versatile Self-Propagating Catalyst
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Metastable Phases Direct Polymer Emergence and Evolution in Dynamic Chemical Networks
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Biomaterials Design: Creation of a novel orthogonal translationalsystem in E. coli for the site-specific incorporation ofproline analogues in biosynthetic protein materials
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Synthesis of protein-based polymers with the potential to form
physically and covalently cross-linked networks
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Semagenesis & Xenognosis: Translating the Molecular Dialogues of Host-Parasite Interactions
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Enzyme Engineering
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Programmed Self-assembly of Coiled-coil Peptides
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Biological Engineering with Chemical-Sensing MacromolecularSwitches: I. Discovery and Applications of Small-Molecule DependentSynthetic Riboswitches II. A Genetic Toolbox for CreatingReversible Ca 2+ -Sensitive Biomaterials
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Generation of Novel Yeast Prions through Domain Substitutions of Saccharomyces cerevisiae Sup35p
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Development of Monocarbonyl Curcumin Analogues Towards Treating
Tuberculosis and Cancer
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The Rational Design of Environmentally-Responsive Elements in Synthetic Helical Fibers
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Understanding Synthetic Riboswitch Mechanism and Creating Predictive Biophysical Model for Designing Novel Synthetic Riboswitches
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Two-Dimensional Self-Assembly of Collagen-Mimetic Peptides
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Muti-site specific incorporation of non-canonical amino acids for
biomaterials design
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Engineering of elastin using noncanonical amino acids
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Engineering Candida antarctica lipase B by circular permutation and incremental truncation
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Engineering The Substrate Specificity Of Human Deoxycytidine Kinase
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Role of Loop Motions in Enzyme Catalysis
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Conformational Exchange: A Common Mechanism for Amyloid Assembly
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I: Expanding Genetic Code in S. cevevisiae with an
Orthogonal tRNATrp/UCA/ Tryptophanyl tRNA Synthetase
Pair II: Synthetic Yeast Prions based on a Non-NQ-rich
Amyloidogenic Sequence Derived from the NAC Protein Sequence of
α-Synuclein.
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Development and Application of Synthetic Riboswitches as Tools
to Study Bacterial Pathogenesis
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