Download Class 2 · Transferases IV: EC 2.4.1.1. -2.4.1.89 by Professor Dietmar Schomburg, Dr. Ida Schomburg, Dr. Antje PDF

By Professor Dietmar Schomburg, Dr. Ida Schomburg, Dr. Antje Chang (eds.)

Springer instruction manual of Enzymes offers info on enzymes sufficiently good characterised. It deals concise and whole descriptions of a few 5,000 enzymes and their software components. info sheets are prepared of their EC-Number series and the volumes themselves are prepared in line with enzyme classes.

This new, moment version displays substantial growth in enzymology: many enzymes are newly labeled or reclassified. each one access is correlated with references and a number of resource organisms. New datafields are created: program and engineering (for the houses of enzymes the place the series has been changed). the whole quantity of fabric inside the instruction manual has greater than doubled in order that the entire moment version involves 39 volumes in addition to a Synonym Index. furthermore, beginning in 2009, all newly labeled enzymes are taken care of in complement Volumes.

Springer instruction manual of Enzymes is a perfect resource of knowledge for researchers in biochemistry, biotechnology, natural and analytical chemistry, and foodstuff sciences, in addition to for medicinal applications.

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Additional info for Class 2 · Transferases IV: EC 2.4.1.1. -2.4.1.89

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74 mol covalently bound phosphate per mol subunit [25]; <40> incorporation of approx. 5 [14]; <13> half-life: 13 d in the presence of 300 mM phosphate [71]; <46> half-life: 9 d in the presence of 300 mM phosphate [71]) [14, 18, 71] 35 <10> (<10> phosphorylase B, inactivation above [33]) [33] 36 <19> (<19> 20% loss of activity within 5 min [24]) [24] 37 <30> (<30> 2 h stable [15]) [15] 40 <3, 22, 47> (<22> 15 min, 16% loss of activity [18]; <3> stable below [45]) [18, 45, 72] 40-50 <25> (<25> inactivation [28]) [28] 42 <20> (<20> inactivation above [23]) [23] 43 <19, 29> (<29> 10 min stable [14]; <19> and above, inactivation within 5 min [24]) [14, 24] 45 <10, 13, 19, 34, 46> (<10> phosphorylase A or C, 30 min stable [33]; <34> crystalline, several h stable [57]; <19> complete loss of activity after 5 min [24]; <13> half-life: 20 d in the presence of 600 mM phosphate [71]; <46> half-life: 18 d in the presence of 600 mM phosphate [71]) [24, 33, 57, 71] 50 <17, 20> (<20> inactivation within 5 min, isozyme b [23]; <17> stromal phosphorylase, 10% losss of activity after 15 min [79]) [23, 79] 55 <10, 13> (<10> about 40% loss of activity within 5 min [34]; <13> 10 min, 80% loss of activity [50]) [34, 50] 55 <13, 29> (<29> loss of approx.

E. g. 2 tetraitol [3,4]; <1> poor substrate: maltose (G2), [2,3]; <1> no substrates are unhydrolyzed amylose, amylopectin fractions of corn or potato starch, native oyster or rabbit liver glycogens, Schardinger's b-dextrin, cycloheptoamylose, maltose, sucrose, glucose 1-phosphate or glucose 6-phosphate, trehalose, a-methylglucoside, raffinose, melezitose [1]; <1> O-6-deoxy-6[(2-pyridyl)amino]a-d-glucopyranosyl-1,4-maltotriose [3]; <1> maltitol [4]; maltose can act as glucosyl group acceptor [7]) (Reversibility: ?

1> [4]) [4] dextran <1> [4] maltotetraose <1> (Reversibility: ? 4% [2]) [2, 4] maltotetraose <1> (Reversibility: ? <1> [3]) [3] maltose + panose <1> [3] maltotriose <1> (Reversibility: ? 2 Dextrin dextranase S maltotritol <1> (<1> no activity with maltose [4]) (Reversibility: ? <1> [4]) [4] P dextran <1> [4] S short-chain amylose <1> (Reversibility: ? 6% [2]; <1> dextran yield 74% [8]) [2, 8] S soluble starch <1> (Reversibility: ? 4% [2]) [2] S starch + 2-acetamido-2-deoxy-d-glucose <1> (Reversibility: ?

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