Amino Acid Biosynthesis ~ Pathways, Regulation and Metabolic by Hiroshi Shimizu, Takashi Hirasawa (auth.), Volker F. PDF

By Hiroshi Shimizu, Takashi Hirasawa (auth.), Volker F. Wendisch (eds.)

ISBN-10: 3540485953

ISBN-13: 9783540485957

ISBN-10: 3540485961

ISBN-13: 9783540485964

Amino Acids Biosynthesis offers the present wisdom of primary in addition to utilized microbiology of amino acids. issues mentioned are the amino acid biosynthetic pathways, their genetic and biochemical rules, shipping of amino acids and genomics of manufacturing microorganisms. The characterization of the regulate mechanisms of amino acid biosynthesis has printed insights into rules of genetic and biochemical law, akin to transcriptional regulators and a brand new type of regulatory components, the riboswitch.

The quantity extra bargains with the metabolic engineering of microorganisms for the biotechnological construction of amino acids to be used as prescribed drugs and, quite, as meals and feed ingredients. entire reports are given of modern achievements to allow or enhance creation of amino acids and dipeptides by way of fermentation and enzyme catalysis. the following, the actual concentration is on metabolic engineering, the rational development of metabolic services utilizing recombinant DNA technology.

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Additional info for Amino Acid Biosynthesis ~ Pathways, Regulation and Metabolic Engineering

Sample text

Via the aminotransferase pathway, l,l-diaminopimelate is formed by (8) tetrahydrodipicolinate aminotransferase. (9) Diaminopimelate epimerase (DapF) is common for these three pathways. The dehydrogenase pathway directly forms d,l-diaminopimelate via (7) diaminopimelate dehydrogenase (Ddh). Lysine is built from d,l-diaminopimelate by (10) diaminopimelate decarboxylase The l-Lysine Story: From Metabolic Pathways to Industrial Production 43 chemically regulated through concerted feedback inhibition by lysine and threonine that bind at the regulatory β-subunits (Kalinowski et al.

Abstract l-lysine is an essential amino acid required for nutrition of animals and humans. It has to be present in food and feed, which, in many cases, is realized by supplementation of the feed-stuffs with pure lysine. The high importance of lysine in nutrition has stimulated intensive research on the lysine biosynthetic pathways and their regulation and the search for microorganisms capable of over-producing this amino acid. As an important milestone, the glutamate producing soil bacterium Corynebacterium glutamicum was isolated in 1956 and soon received interest to be used for production of another amino acid stemming from the TCA cycle: lysine.

Hirasawa lar ammonium level responding nitrogen depletion and the transcriptional response. Recently, nitrogen-regulation via adenylylation or deadenylylation of GlnK protein was studied (Strösser et al. 2004). Under nitrogen starvation conditions, the GlnK protein is adenylated by the glnD gene product and deadenylylated responding to nitrogen supply. Intracellular localization of GlnK protein is changed depending on its modification status. Under low nitrogen condition, the adenylated GlnK protein localizes in the cytoplasm and regulates the AmtR-dependent gene expression.

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Amino Acid Biosynthesis ~ Pathways, Regulation and Metabolic Engineering by Hiroshi Shimizu, Takashi Hirasawa (auth.), Volker F. Wendisch (eds.)


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