Titlebook: Enzymes as Catalysts in Organic Synthesis; M. P. Schneider Book 1986 D. Reidel Publishing Company, Dordrecht, Holland 1986 carbon.natural

ABASH

TEN

Synthesis of Chirally Labelled Substrates Using Enzymesed as starting materials in syntheses of stereospecifically labelled samples of serine, glutamic acid, 2-aminoethanol, β-alanine and 2-fluoropropanoic acid. The latter compounds have been used to study the stereochemistry of some enzyme catalysed reactions. The enzymes glutamate pyruvate transaminas

缺陷

Synthesis of L-Amino Acids by Isolated Enzymes and Microorganismsnschweig (Dr. Kula) and Degussa AG, Hanau (Dr. Leuchtenberger) are described. The paper is focussed on biochemical engineering aspects of continuous production. In all examples a re-use of the biocatalysts is achieved by membranes (enzyme-membrane-reactor; cell-membrane-reactor) . The membrane react

Biguanides

Development of an Enzyme Reactor for Food Chemistryent of this biotechnological procedure is described from the screening and isolation of the related enzymes, their characterization and immobilization as well as the development of a suitable reactor system and the processing characteristics. This system is applicable for the development of related

cyanosis

適宜

Blood-Vessels

Agency and Action in Colonial Africaustrated. The most important variables in HLADH-catalysed reductions with ethanol as a coupled NADH-regenerating substrate are discussed. The first promising results of HLADH-catalysed oxidations with acetaldehyde as a coupled NAD. -recycling substrate are presented. In contrast to what is predicted

多山

Cosmic Cycles, Time, and Determinism,ch as l,l’-dimethyl-4,4’-bipyridinium cation radical (MV.). Reduced viologens can be regenerated electrochemically or enzymatically with hydrogenases or formate dehydrogenases. Many cells possess enzymes which reduce NAD or NADP at the expense of MV. Such an enzyme, which reduces NAD as well as NADP

vasospasm

多余

Palgrave Studies in the History of Genocideions. Almost any conceivable structural type of organic compounds has been constructed in nature thanks to the enzymes; yet these often highly intricate and complex structures have been generated under the mildest conditions of temperature and pH. Even, the careful regulation of complex biosynthetic