Titlebook: Chemical Aspects of Enzyme Biotechnology; Fundamentals Thomas O. Baldwin,Frank M. Raushel,A. Ian Scott Book 1990 Springer Science+Business

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Lignans

Structure-Function Relationships in Mandelate Racemase and Muconate Lactonizing Enzymes metabolic diversity has both provided enzymologists with many new and unusual enzymes for mechanistic scrutiny and raised questions regarding the evolutionary pathways by which the metabolic diversity could have arisen. Our laboratories are interested in mechanistic, structural, and molecular biol

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An Enzyme-Targeted Herbicide Design Program Based on EPSP Synthase: Chemical Mechanism and Glyphosathave initiated a multi-disciplinary herbicide discovery program directed toward the inhibition of key plant enzymes as one approach to meet these challenges. Plants contain a variety of biosynthetic pathways which are essential for their growth. Effective, plant-specific enzyme inhibitors offer the

Ruptured-Disk

Mechanism of Enyzmatic Phosphotriester Hydrolysisnately, none of these enzymes has ever thoroughly been characterized or purified to homogeneity. However, we have recently succeeded in the first isolation and characterization of a phosphotriesterase from . and this enzyme is the focus of this presentation.

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Infraction

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A Study of Subunit Folding and Dimer Assembly ,t has been shown to be confined primarily, if not exclusively, to the α subunit (1, 2). The role of the β subunit is not known, but there is much support for the assertion that the β subunit is required for activity. The subunits apparently associate with high affinity; there have been no reports de

mechanical

Characterization of a Transient intermediate in the Folding of Dihydrofolate Reductase. Although the information is stored and expressed in a linear format, the final product spontaneously folds to a unique three dimensional structure which is required for function. The past three decades have seen tremendous advances in our understanding of the processes of transcription and transla

legislate

From Biological Diversity to Structure-Function Analysis: Protein Engineering in Aspartate Transcarbogical systems; however, it possesses tremendous architectural variety from one organism to another. For example, the . ATCase holoenzyme is comprised of two catalytic trimers and three regulatory dimers, while the mammalian enzyme is part of a multifunctional protein aggregate encoding the precedin

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