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1
Somatic Polyploidy Supports Biosynthesis and Tissue Function by Increasing Transcriptional Output.
Somatic Polyploidy Supports Biosynthesis and Tissue Function by Increasing Transcriptional Output.
Lessenger, Alexander T. | Stanford University. | 2024
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2
Genetic Regulation and Multiplex Genome Editing in Monolignol Biosynthesis for Enhanced Wood Properties and Applications in Forest Trees- [electronic resource]
Genetic Regulation and Multiplex Genome Editing in Monolignol Biosynthesis for Enhanced Wood Properties and Applications in Forest Trees- [electronic resource]
Sulis, Daniel Barletta. | North Carolina State University. | 2022
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3
Exploring the Metabolic Intersection of Juglone and Phylloquinone Biosynthesis- [electronic resource]
Exploring the Metabolic Intersection of Juglone and Phylloquinone Biosynthesis- [electronic resource]
McCoy, Rachel M. | Purdue University. | 2020
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4
Harnessing Cascade Biocatalysis for the Chemoenzymatic Synthesis of Unnatural Hapalindole-Type Metabolites and Further Exploration into their Biosynthesis.
Harnessing Cascade Biocatalysis for the Chemoenzymatic Synthesis of Unnatural Hapalindole-Type Metabolites and Further Exploration into their Biosynthesis.
Hohlman, Robert M.Medicinal Chemistry. | University of Michigan. | 2022
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5
Designer Biosensors for Directed-Evolution and Natural Product Synthetic Biology of Isoprenoid Biosynthesis.
Designer Biosensors for Directed-Evolution and Natural Product Synthetic Biology of Isoprenoid Biosynthesis.
Malico, Alexandra Anderson. | North Carolina State University. | 2021
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6
Biosensor-Guided Engineering of Macrolide Biosynthesis.
Biosensor-Guided Engineering of Macrolide Biosynthesis.
Nichols, Lindsay Corle. | North Carolina State University. | 2021
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7
Data-Driven Approaches to Predict and Utilize Enzyme Promiscuity for Novel Biosynthesis Design.
Data-Driven Approaches to Predict and Utilize Enzyme Promiscuity for Novel Biosynthesis Design.
Ni, Zhuofu.Chemical and Biological Engineering. | Northwestern University. | 2022
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8
An Integrated Biosynthesis Platform for Tropane Alkaloid Drugs Using Yeast Cellular Engineering.
An Integrated Biosynthesis Platform for Tropane Alkaloid Drugs Using Yeast Cellular Engineering.
Srinivasan, Prashanth. | Stanford University. | 2021
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9
Uncovering New Metalloenzyme-Mediated Chemistry from Nature's Toolkit: Radical S-Adenosylmethionine Reactions in Natural Product Biosynthesis.
Uncovering New Metalloenzyme-Mediated Chemistry from Nature's Toolkit: Radical S-Adenosylmethionine Reactions in Natural Product Biosynthesis.
Caruso, Alessio.Chemistry. | Princeton University. | 2021
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10
Engineering Yeast Platforms for Enhancing Biosynthesis and Enzyme Discovery.
Engineering Yeast Platforms for Enhancing Biosynthesis and Enzyme Discovery.
Kong, Deze. | Stanford University. | 2021
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