Titlebook: Bioinorganic Chemistry of Copper; Kenneth D. Karlin,Zoltán Tyeklár Book 1993 Springer Science+Business Media Dordrecht 1993 Alanin.Inorgan

Ceramic

Public Works as an Employment Policy,n metal ions. Although the total number of enzyme systems found to use copper in this capacity is small, eukaryotic copper containing enzymes catalyze physiologically important monooxygenase reactions, e.g., those catalyzed by tyrosinase,. dopamine β-monooxygenase. and peptidyl α-amidating enzyme..

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construct

Copper(II) Complexes of Binucleating Macrocyclic Bis(Disulfide) Tetramine Ligandsrized examples of Cu(II)-disulfide bonding are limited to three binuclear complexes. and one polymeric complex. that all feature Cu(H) ions weakly interacting with apical disulfide groups. The reported Cu(II)-S (disulfide) bond distances are 3.057(10) and 3.138(9)Å,. 3.16(1) and 3.28(10)Å,. 2.721(3)

intangibility

Electron Transfer Reactivity of Mutants of the Blue Copper Protein Plastocyaninmutant and . plastocyanin (which has a Tyr82Phe83 sequence) with cytochrome f suggest that the Tyr62 in . plastocyanin (and similar 57 and 58 depleted forms) may have a significant role to play in ET at the remote site. The mutation Leu12Asn benefits [Fe(CN).]. (~ 5-fold), but surprisingly no change

符合你规定

Studies of CNI Copper Coordination Compounds: What Determines the Electron-Transfer Rate of the Blueties, we have obtained data for several CNI five-coordinate complexes and for one four-coordinate complex by synthesizing ligands carefully tailored to help control such problems. The synthesis and characterization of the five-coordinate complexes have been described elsewhere,. while the four-coord

TERRA

Chemical and Genetic Studies of Copper Resistance in ,mosomally-encoded copper homeostasis systems in . pv. . (.). and in . (.) . The two best characterized copper resistance systems are the plasmid-encoded systems . in . and . in .. These two determinants are remarkably similar genetically, but as will be shown they differ fundamentally in the mechani

慢跑鞋

Chemical and Spectroscopic Studies on Dopamine-,-Hydroxylase and other Copper Monooxygenasesence is responsible for the biosynthesis of essential neuropeptide hormones such as gonadotropin, vasopressin, calcitonin and oxytocin. This review summarizes recent comparative studies on the catalytic role of the active-site Cu ions in these related enzymes aimed at obtaining a deeper understandin

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Moral and Rational Conflicts and Dilemmas,rized examples of Cu(II)-disulfide bonding are limited to three binuclear complexes. and one polymeric complex. that all feature Cu(H) ions weakly interacting with apical disulfide groups. The reported Cu(II)-S (disulfide) bond distances are 3.057(10) and 3.138(9)Å,. 3.16(1) and 3.28(10)Å,. 2.721(3)

难解

Keynes and his Cambridge Colleagues,mutant and . plastocyanin (which has a Tyr82Phe83 sequence) with cytochrome f suggest that the Tyr62 in . plastocyanin (and similar 57 and 58 depleted forms) may have a significant role to play in ET at the remote site. The mutation Leu12Asn benefits [Fe(CN).]. (~ 5-fold), but surprisingly no change

小虫

https://doi.org/10.1007/978-1-349-03523-6ties, we have obtained data for several CNI five-coordinate complexes and for one four-coordinate complex by synthesizing ligands carefully tailored to help control such problems. The synthesis and characterization of the five-coordinate complexes have been described elsewhere,. while the four-coord