By G. Wipff, J. M. Wurtz (auth.), Alberte Pullman, Joshua Jortner, Bernard Pullman (eds.)
The Symposium on "Transport via Membranes : vendors. Channels and Pumps" Inaugurates the 3rd decade of the Jerusalem Symposia. It enlarges considerably their conceptual scope via Introducing a brand new topic no longer handled there formerly. in truth. it's a subject really compatible for the final item of those foreign conferences that's to reassemble In an exhaustive Interdisciplinary dialogue chemists. physicists and biologists. theoreticians and experimentalists. the most topic of the Symposium was once the presentation and review of the main up to date information at the structural and dynamic facets of delivery via membranes in the 3 major pathways: via companies. channels and pumps. This objective was once absolutely accomplished due to the participation of a most eminent meeting of world's specialists within the box. we want to thank Madame Pullman. the true organizer and mainspring of this assembly. for having composed a most fun and perfect application and for sporting It out effectively. because the twenty previous ones this Symposium used to be held below the auspices of the Israel Academy of Sciences and arts and the Hebrew collage of Jerusalem. It used to be subsidized through the Instltut de Blologle Physlco Chimique. Fondatlon Edmond de Rothschild of Paris. we want to show once more our gratitude to the Baron Edmond de Rothschild for his consistent and beneficiant help which makes this non-stop endeavour possible.
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Extra resources for Transport Through Membranes: Carriers, Channels and Pumps: Proceedings of the Twenty-First Jerusalem Symposium on Quantum Chemistry and Biochemistry Held in Jerusalem, Israel, May 16–19, 1988
Example text
Elsevier New York 1983 pp. 153·168; N. GRESH, C. ETCHEBEST, O. DE LA LUZ ROJAS, A. PULLMAN, Int. J. Quant. , Quant. BioI. Symp. 8, 1981, 109; N. GRESH, A. PULLMAN, Int. J. Quant. , 1982, XXII, 709 E. p SAUVAGE, Helv. Chim. Acta 1976, 59, 1099. M. LEVITT, C. S. STERN, J. Mol. BioI. 1985, 181,423; B. BROOKS, M. KARPLUS, Proc. Nat. Acad. Sc. USA 1985, 82, 4995. ION SELECTM1Y AND MOLECULAR STRUCTURE OF BINDING SITES AND CHANNELS IN ICOSAHEDRAL VIRUSES G. EISENMAN, A. OBERHAUSER AND F. BEZANILLA Dept.
Second, NH4 + has a different dynamic behaviour in the two cages. 28 A), as seen for the alkali cations. Interestingy' the rotation motion of NH4 + within SC24 is more anisotropic than in 222. 98 A for the other three). The value of <3 cos a -1>, where a is the N... 34). Examination of the dynamic structures using MDNM (25) reveals that schematically, NH4 + rotates in 222 either around NH ... N or around NH ... O axis. The rotation of NH4 + calculated inside SC24, despite the tetrahedral complementarity of the binding sites, might be overestimated due to the electrostatic representation of hydrogen bonds in our force field, with no inclusion of polarization and charge transfer components.
For 2RHV and 2TBV in the first and third rows oxygens of the protein are colored red, nitrogens blue, carbons grey, sulfurs yellow; and no H's are shown. Oxygens of water molecules for 2STV in the top row are colored purple to allow them to be distinguished from those of the protein. No other water molecules are shown in this figure. 99 angstrom radius. Such an ion has actually been found for 2STV (36); but its existence is purely hypothetical for the other figures where it has been introduced so that the selectivity filter can be seen more easily.