81. Segalman Group: Self-Assembling Plastic Electronics structural studies in neurochemistry, protein evolution and automated crystallization techniques http://www.cchem.berkeley.edu/~rasgrp

Research Group Members Rachel Segalman Links ... Home We are interested in understanding the connection between morphology and properties in conducting polymers. Many exciting advancements have greatly increased the community's library of conducting molecules and organic devices. We seek to understand how the chemistry of the molecule and device structure contribute to the morphology of the active layer and then how the morphology influences the material properties. Our interest lies not only in developing techniques to observe and understand the nanometer-scale morphology but also in learning to optimize devices by controlling this mesoscale structuring. **a polarized optical micrograph demonstrates the liquid crystallinity of a conjugated block copolymer: poly(phenylene vinylene-b-methyl acrylate) signup up for time on the Segalman Heat Stage AFM here

82. Crystallography Reports http://www.maik.ru/journals/cryst.htm

83. A Taylor & Francis Journal: Crystallography Reviews English language reviews on topics in crystallography and crystal growth, covering all theoretical and applied aspects of biological, chemical, industrial, mineralogical and physical crystallography. http://www.tandf.co.uk/journals/titles/0889311x.html

Contact Us Members of the Group All Products Books Journal Article eBooks Alphabetical Listing Journals by Subject Advertising Customer Services ... eBooks Crystallography Reviews Editor Moreton Moore , Department of Physics, Royal Holloway and Bedford New College, University of London, TW20 0EX Surrey UK Editorial Information Publication Details: Volume 10, 2004, Quarterly ISSN Print 0889-311X 2004 Subscription Rates Subscribe Online! Institutional: US$887/£672 Individual: US$141/£118 of CrossRef SARA (Free contents alerting service) Online Sample Copy Visit the Science Arena! Instructions for Authors Table of Contents (Available Online from Volume 8) Aims and Scope: Crystallography Reviews publishes English language reviews on topics in crystallography and crystal growth, covering all theoretical and applied aspects of biological, chemical, industrial, mineralogical and physical crystallography. The intended readership is the crystallographic community at large, as well as scientists working in related fields of interest. It is hoped that the articles will be accessible to all these, and not just to specialists in each topic. Abstracting Information: Crystallography Reviews is abstracted in: Cambridge Crystallographic Data Centre; Chemical Abstracts Services; Cambridge Scientific Abstracts; New Jour; ISI and SciBase.

84. CRYSTALLOGRAPHY REPORTS crystallography REPORTS (Kristallografiya), ISSN 10637745 CODENCYSTE3. EDITOR-IN-CHIEF Lev A. Shuvalov, Professor, Shubnikov http://www.maik.ru/cgi-bin/journal.pl?name=cryst&page=main

85. Mineralogy Database Extensive mineral database containing crystallography, chemical composition, physical and optical properties, Dana classification, Strunz classification, mineral name origins, mineral locality information, and alphabetical listing of all known valid mineral species. http://webmineral.com/

Short Cuts: Crystallography Chemistry X Ray Spacing NEW ... Mineral Images Info: Mineral Definition What's New Advertising Search ... HELP Babelfish: Traduisez en français Traduzca a españoles Tradurre in italiano Übersetzen Sie in Deutschen ... Additional Languages Mineralogy Database Last update 4/07/04. This mineral database contains 4,339 individual mineral species descriptions with links and a comprehensive image library. Visit the " What's New " section for details. Mineral data on individual species are linked to the following mineral table by crystallography, X-Ray powder diffraction, chemical composition, physical and optical properties, Dana's New classification, Strunz classification, mineral specimen images, and alphabetical listings of mineral species. There are extensive links to other sources of mineral data and information. Factoid #9 Webmineral is registered with the Internet Content™ Ratings Association ( ICRA ) as containing content which is suitable for kids of all ages. What is a Mineral ?

86. Nature Of 3D Structural Data Some molecules have been studied both by crystallography and by solution NMR, andin these cases the agreement has been excellent. XRay crystallography. TOC. http://www.rcsb.org/pdb/experimental_methods.html

Nature of 3-D Structural Data PDB Home Contact us Contents: Origins and Limitations of 3D Structural Data X-Ray Crystallography Solution Nuclear Magnetic Resonance Origins and Limitations of 3D Structural Data TOC Most of the three-dimensional macromolecular structure data in the Protein Data Bank were obtained by one of three methods: X-ray crystallography (over 80%), solution nuclear magnetic resonance (NMR) (about 16%) or theoretical modeling (2%). A few structures were determined by other methods (see Experimental Technique in SearchFields ). The first two are experimental methods. The empirical results of these experimental methods accurately describe the 3D structure of the molecule in the state in which measurements were made (provided the authors did not misinterpret the data, which happens on rare occasions). Crystallization sometimes distorts portions of a structure due to contacts between neighboring molecules in the crystal (e.g. malate dehydrogenase/ , see Crystallography Made Crystal Clear , Rhodes , p. 34). However, protein crystals as used for diffraction studies are highly hydrated ("wet and gelatinous") so structures determined from crystals are not much different from the structures of soluble proteins in aqueous solution. Some molecules have been studied both by crystallography and by solution NMR, and in these cases the agreement has been excellent. An early example is thioredoxin from E. coli

87. European Journal Of Mineralogy Publishes original papers, review articles and short notes dealing with all mineralogical sciences, which include primarily mineralogy, petrology, geochemistry, crystallography and ore geology, as well as applied and technical mineralogy or any related field. http://www.schweizerbart.de/j/ejm/index.htm

[EJM-home EJM-online News! Editorial Board Tables of Contents/Indices ... Links NEWS: Access EJM-Online (free trial access!) DMG/SEM/SFMC/SIMP pers. member access information News! Editorial Board Tables of Contents/Indices ... Informazioni sull'EJM in Italiano Please mail your comments to webmaster (at) schweizerbart.de

88. Protein Crystallography Facility Group At The SRS light harvesting complex, Protein crystallography. College of Biology Medicine. CCP4supports an integrated suite of programs for protein crystallography. http://www.dl.ac.uk/SRS/PX/

Protein Crystallography Contents *Latest News* Introduction Facilities User Groups ... Computing (includes CCP4) Structural Biology Lab e-htpx Low Resolution Phasing Xenon Derivatives ... PX Data Collection Service PX at Daresbury PX experiments at Daresbury are performed using the high energy X-rays from the Synchrotron Radiation Source. The PX Staff supports five experimental Stations : 7.2, 9.5, 9.6, 14.1 and 14.2 for Users , as well as undertaking their own Research Projects The PX staff and facilities form part of the , which is a multidisciplinary team of scientists who are working on biological and medical problems, while exploiting the unique properties of the SRS. SBL In addition to the PX facilities, a Structural Biology Laboratory ( SBL ) is available for users to prepare their samples immediately before their allocated beamtime. The Collaborative Computing Project Number 4 ( ) is administered from Daresbury Laboratory. CCP4 supports an integrated suite of programs for protein crystallography. Last updated 20th April 2004 Please send any comments or suggestions to J.M.Nicholson@dl.ac.uk

89. Evidence For 2-Chain Helix In Crystalline Structure Of Sodium Deoxyribonucleate Rosalind E. Franklin and R.G. Gosling present an analysis of data from Xray crystallography which indicates differences between the A and B structures of DNA. 577K PDF. Nature http://www.nature.com/nature/dna50/franklingosling2.pdf

90. Crystallography At SDSC crystallography at SDSC. Support for Societies. The Page. Miscellaneous.A Crystallographic Benchmark (old). crystallography Elsewhere. http://www.sdsc.edu/Xtal/Xtal.html

Crystallography at SDSC Support for Societies The International Union of Crystallography (IUCr) (complete mirror site) Computing Commission (IUCrCC) (offical home page) World Directory of Crystallographers The American Crystallography Association (ACA) Job Listings Miscellaneous Listings ... The US National Committee for Crystallography (offical home page) Mirror Sites Crystallography World Wide World Wide Web Virtual Library Collaborative Computational Project for Protein Crystallography NDB Nucleic Acid Database Local Resources - http://www.sdsc.edu/Research/biology/index.html Most notably for crystallography The Protein Data Bank Associated software tools The Computational Center for Macromolecular Structure BioSync - The Structural Biology Synchrotron Users Group Organization (from NBCR The Joint Center for Structural Genomics (JCSG) Combinatorial Extension (CE) - Structure comparison software and databases Bourne Lab. software (mostly old) Data Standards mmCIF (dictionaries, software, tutorials, documentation etc.) IUCr CIF Home Page Miscellaneous A Crystallographic Benchmark (old) Crystallography Elsewhere ACA Home Page - Buffalo Crystallography Newsgroup - sci.techniques.xtallography

91. Department Of Biochemistry And Molecular Biophysics Macromolecular structure and function, and related research on complexes using Xray crystallography, NMR spectroscopy, computational biology, electrostatics and bioinformatics at Columbia University, NY. http://cpmcnet.columbia.edu/dept/gsas/biochem/areas.html

Macromolecular Structure and Function The department is a leading institution for solving macromolecular structures of biomolecules and their complexes using X-ray crystallography, NMR spectroscopy and other methods. These studies are complemented by active programs in macromolecular function and structural analysis, including research in macromolecular dynamics, computational biology, electrostatics and bioinformatics. Molecular Neurobiology Understanding of the nervous system has advanced to the point where many problems in neurobiology can be approached at the molecular level. Columbia University is a leading center for studies in Neuroscience, and the Department is uniquely equipped for exploring the molecular basis of neuronal function, development and behavior. Developmental Biology Developmental biologists try to understand how the basic components of molecular biology and biochemistry, i.e., transcription, signal transduction, and cell-to-cell communication, are utilized in developmental pathways. The Department has several excellent examples of this intellectual approach and the research projects span invertebrate and vertebrate systems. Gene Expression, Regulation and Signal Transduction

92. Crystallography crystallography most often refers to the experimental methods used todetermine the arrangement of atoms in solids. More traditionally http://kosmoi.com/Science/Chemistry/Crystallography/

EncycloZine Astronomy Biology Chemistry ... Crystallography Made Crystal Clear Gale Rhodes Introduction to Macromolecular Crystallography Alexander McPherson Photonic Crystals John D. Joannopoulos, Robert D. Meade, Joshua N. Winn Crystals and Crystal Growing Alan Holden, Phylis Morrison X-Ray Diffraction : In Crystals, Imperfect Crystals, and Amorphous Bodies A. Guinier Crystallography Dieter Schwarzenbach X-Ray Diffraction B. E. Warren Introduction to Crystallography Donald E. Sands Introduction to X-Ray Powder Diffractometry Ron Jenkins, Robert L. Snyder Practical Protein Crystallography, Second Edition Duncan McRee Crystallography About Us Site Map Top Pages Talk to Us ... Cell Phones See also: Biology Physics Chemistry Kosmoi.com ... Crystallography Crystallography most often refers to the experimental methods used to determine the arrangement of atoms in solids. More traditionally, it is the scientific study of crystals. Crystallographic methods all rely on the analysis of the diffraction patterns that emerge from a sample that is targetted by a beam of some type. The beam is not always electromagnetic radiation, even though X-rays are the most common choice. For some purposes electrons or neutrons are used, which is possible due to the wave properties of particles that are described by quantum mechanics. Crystallographers often explicitly state the type of illumination used when refering to a method, as with the terms

93. ECA - SIG5 Home Page Special Interest Group No. 5 of the European Crystallographic Association. http://www.lcm3b.uhp-nancy.fr/ecasig5/

E uropean C rystallographic A ssociation - S pecial I nterest G roup # 5 Mineralogical Crystallography Search our Site: sitemap HOT NEWS Job (Stony Brook): Post-doc: crystallographic studies at high pressures Job (Innsbruck): PhD studentship in Mineralogy International Tables for Crystallography Volume D Meeting: Crystallography at the start of the 21st century: Mathematical and Symmetry Aspects (ECM-22 Satellite) ... Job (Oxford, UK): Studentship position at Clarendon Laboratory The SIG#5 of the ECA has been created to increase the international scientific exchange and cooperation of mineralogists and crystallographers. European scientists, as well as non-European scientists individual members of the ECA , are eligible for free membership of the SIG#5.

94. (IUCr) LaTeX Style File And Templates A class for submissions to the International Union of crystallography journal. The page also has a BibTeX style, documentation, and a template. http://journals.iucr.org/a/services/latexstyle.html

LaTeX style file and templates Authors who use LaTeX may prepare their papers for submission with a set of customised macros. The macros allow an author to structure a manuscript in the style of the journal, and to present mathematical equations in a portable form. A LyX template is also available for users of this LaTeX-compatible graphical document editor. prerequisites LaTeX2e, version 1997/12/01 or later. The iucr macro package. Optionally, BiBTeX for citation handling. See availability below for sources. general notes on the use of the iucr package A paper prepared in LaTeX format should declare a document of class iucr ; that is, the first non-comment line of the file should be of the form Additional options will normally be specified with this command. The most common option is preprint , to produce a single-column double-spaced version of the paper suitable for review purposes. Use this option for the hard-copy version of the paper submitted to the Co-editor: Since the journals are not typeset directly from LaTeX (but from another language, SGML, into which the LaTeX file is translated), it is usually appropriate to prepare the manuscript solely in this `preprint' mode.

95. Crystallography Now crystallography Now. A web page dedicated to the memory of Kyparissos Stephanos(18571917). WHAT IS THIS PAGE ABOUT, AND WHAT IS A WALLPAPER PATTERN? http://www.oswego.edu/~baloglou/103/seventeen.html

George Baloglou (AMS) Abstract Crystallography Now A web page dedicated to the memory of Kyparissos Stephanos (1857-1917) WHAT IS THIS PAGE ABOUT, AND WHAT IS A WALLPAPER PATTERN? In what follows I provide a brief description and rigorous classification of the seventeen planar crystallographic groups (also known as wallpaper patterns). This topic forms the core of my forthcoming book, Isometrica , which is in turn an outgrowth of the SYMMETRIES course ( MAT 103 ) that Margaret Groman introduced at SUNY Oswego in 1992 (as SYMMETRY AND CULTURE ) and I taught for ten consecutive semesters prior to my 2000-2001 sabbatical leave. And this page will eventually be part of a much larger and varied web page closely associated with MAT 103 . The mathematical background assumed is minimal after all, the description and classification offered here are purely geometrical and totally elementary. Missing details may be found in my book or worked out with the help of a more geometrically inclined friend or teacher. (At the other end, ambitious readers may like to extend my approach to the 'real', three-dimensional crystallographic groups!) A wallpaper pattern may be defined as a subset of the plane invariant under translation in two, therefore by the familiar from Physics Parallelogram Law infinitely many directions; a simple example is provided by the

96. Katedra Krystalografii Studies of structures and phase transitions. http://alpha.uni.opole.pl/pracowniaang.html

97. Oxford Cryosystems Company specialising in cryostats and software for xray crystallography. Includes information about products, the company and contact details. http://www.oxfordcryosystems.co.uk/

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98. XX Congress Of The International Union Of Crystallography We are working to make your visit to Florence unforgettable from boththe scientific and the cultural viewpoint. We look forward http://www.iucr2005.it/

Committees Interest form Documents Links ... in Italy We are working to make your visit to Florence unforgettable from both the scientific and the cultural viewpoint. We look forward to your support and participation in the years to come till the event First announcement Under the padronage of:

99. Molecular Structure Laboratory The laboratory deals with molecular structure by employing both experimental techniques, such as Xray crystallography, and the methods of computational and quantum chemistry. http://faculty.virginia.edu/molecular-structure/

Dr. Michal Sabat, Laboratory Director Phone: (434)-924-7862 E-mail: ms5c@virginia.edu Created in 1990, the laboratory deals with all aspects of molecular structure by employing both experimental techniques, such as X-ray crystallography, and the methods of computational chemistry, including molecular mechanics, molecular dynamics and quantum chemical calculations. The laboratory consists of two units: The X-ray diffraction facility The molecular modeling laboratory Above: Structure of a (G.A) DNA hairpin. Molecular dynamics calculations (AMBER 6) were performed by Michael Keller, who is currently researching the effects of zinc (II) on the stability of various DNA hairpins. Above: Structure of a platinated DNA G.GC triplex. Molecular dynamics calculations (AMBER 5) were performed by Evan Kransdorf, presently in the MD/PhD program at the Virginia Commonwealth University School of Medicine. Address: Department of Chemistry University of Virginia McCormick Road Charlottesville, VA 22904

100. EPSRC National Crystallography Service Welcome. to the web site for the EPSRC UK National crystallography Service.The Service is an amalgamation of resources at two centres http://www.soton.ac.uk/~xservice/

Welcome to the web site for the EPSRC UK National Crystallography Service. The Service is an amalgamation of resources at two centres; laboratory-based facilities in the Chemical Crystallography Laboratory at the Department of Chemistry, University of Southampton, together with provision of a synchrotron-based facility on station 9.8 at the Daresbury Laboratory. This website is hosted by the Southampton Service, which provides the overall administrative resource, and is the first point of call for information and access to the joint service. These pages provide a description of the Joint Service and the facilities available together with information on how to request access. We hope the information given will be useful and cordially invite comments and suggestions for improvements and additions. Please mail to ale1@soton.ac.uk Download the 2004 application for a full allocation in MSWORD format by clicking here SERVICES ACCESS TO THE SERVICE HOME ACCESS SERVICES ... LINKS Last edited 26/01/2004 by Simon Coles School of Chemistry University of Southampton Highfield Southampton. SO17 1BJ

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