BIOINORGANIC CHEMISTRY A Short Course Second Edition

320 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II Small - angle X - ray scattering (SAXS) studies performed on complexes ...

CALCIUM-DEPENDENT MOLECULES 321 the crucial ATP - binding domain of both CaMKI and the Ca 2+ pump. Binding of calmodulin through ...

322 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II basic residues are near the N - terminal domain, they form salt bridge ...

CALCIUM-DEPENDENT MOLECULES 323 tial differences are found in the amount of rotation and translation needed to effect the superi ...

324 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II Conclusions to be drawn from the discussions of various calmodulin/tar ...

CALCIUM-DEPENDENT MOLECULES 325 complexes the specifi c binding interface between the two proteins is hydro- phobic. In the CaM ...

326 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II is rotated about 80 ° compared to its fully calcium - saturated struct ...

particularly informative, and readers should look for more studies like this one in the future literature. 6.4 PHOSPHORYL TRANSF ...

328 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II membrane contains high levels of Ca 2+ - ATPase. With the action of Ca ...

During the cycle, large conformational changes take place within domains of the enzyme to make sure that calcium ions do not “ l ...

330 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II in nature in the solution state. Nevertheless, the models provide an i ...

The right - hand representation in reference 101 , Figure 1, without calcium ion and with thapsigargin to stabilize the calcium ...

332 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II atoms of residues val304 (V304), ala305 (A305), and ile307 (I307) of M ...

anchor) domain, (2) the N (nucleotide - binding) domain, and (3) the P (phos- phorylation) domain. See Figure 6.29. Domain A is ...

334 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II Toyoshima ’ s group has determined the X - ray crystallographic struct ...

within an approximate 2 - Å bonding distance of the asp351. The nearly linear arrangement of the AlF 4 −’s aluminum ion and asp3 ...

336 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II remain relatively static. In addition, the P domain rotates approximat ...

that in turn interact with M4 and other membrane helices that contain Ca 2+ ligands. The overall effect is to move carboxylate C ...

338 GROUP I AND II METALS IN BIOLOGICAL SYSTEMS: GROUP II reference 104. Readers interested in troponin structure and function s ...

Morrissey , S. R. ; Horton , T. E. ; DeRose , V. J. J. Am. Chem. Soc. , 2000 , 122 , 3473 – 3481. Adams , P. L. ; Stahley , M. ...