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Development and Application of Synthetic Riboswitches as Tools
to Study Bacterial Pathogenesis
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Improving a Synthetic Riboswitch that Responds to an
Herbicide
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Engineering of elastin using noncanonical amino acids
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THE BROAD-HOST-RANGE PATHOGENESIS OF AGROBACTERIUM
TUMEFACIENS: SUCCESSFUL COUPLING THE MOTIONS AND DOMAIN
INTERACTIONS WITHIN VIRA TO INTEGRATE SIGNAL SENSING
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Development of High Throughput Screening Methods to Identify
Potential Therapeutic Oxygen Carriers
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Tumor Necrosis Factor-alpha mediated transactivation of the
Epidermal Growth Factor Receptor and Keratinocytes
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Mutations in APH(3')-IIIa Increase Activity Against Amikacin
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Understanding Synthetic Riboswitch Mechanism and Creating Predictive Biophysical Model for Designing Novel Synthetic Riboswitches
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The Design of Theophylline Sensing Riboswitches in Agrobacteriumtumefaciens and Their Application in Reprogramming theVirA/VirG Two-Component System
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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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