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Crystallography: more books (100)

Modern Crystallography IV: Physical Properties of Crystals (Springer Series in Solid-State Sciences)
Principles of Protein X-Ray Crystallography (Springer Advanced Texts in Chemistry) by J. Drenth, 1994-12-31
The Basics of Crystallography and Diffraction (International Union of Crystallography Texts on Crystallography) by Christopher Hammond, 2001-06-21
Advanced Structural Inorganic Chemistry (International Union of Crystallography Texts on Crystallography) by Wai-Kee Li, Gong-Du Zhou, et all 2008-06-02
Crystallography and the World of Symmetry (Springer Series in Materials Science) by Sanat K. Chatterjee, 2010-11-02
International Tables for Crystallography,Volume D: Physical properties of crystals
Essentials of crystallography by E. E Flint, 1971
The Rietveld Method (International Union of Crystallography Monographs on Crystallography)
Elements of X-ray Crystallography by Leonid V. Azaroff, 1968-06
Geometrical and Structural Crystallography (Smith & Wyllie intermediate geology series) by J. V. Smith, 2000-05
Aperiodic Crystals: From Modulated Phases to Quasicrystals (International Union of Crystallography Monographs on Crystallography) by Ted Janssen, Gervais Chapuis, et all 2007-07-19
Chemical Crystallography (Chemistry Research and Applications)
Thermal Vibrations in Crystallography by B. T. M. Willis, A. W. Pryor, 1975-03-28
Sulfate minerals: Crystallography, geochemistry, and environmental significance (Reviews in mineralogy and geochemistry)

lists with details

Craig's Crystallography Diagrams
Basic crystallography Diagrams. The following diagrams were all drawnfor use in the Introductory crystallography Lectures in the
http://www.gh.wits.ac.za/craig/diagrams/

Extractions: The following diagrams were all drawn for use in the Introductory Crystallography Lectures in the Crystallography Workshop held annually by the Structural Chemistry Group. To get the original WPG files from the Structural Chemistry ftp site, click here . To get a 640x480 gif version of the diagram, simply click on the required mini-graphic. Example Diagrams from Crystallography Workshop Clicking on a lable gives the original WPG file Two dimensional hexagonal close packing Three dimensional hexagonal close packing Three dimensional cubic close packing Example miller indices Centring in orthorhombic unit cells The inversion centre Octahdral and Tetrahedral sites Point symmetry of benzene Point symmetry of thiourea Point symmetry of camphor One dimensional space symmetry Braggs law Reciprocal Space. These diagrams were all drawn by Brian Craig Taverner craig@hobbes.gh.wits.ac.za
American Mineralogist - An International Journal Of Earth And Planetary Material
The journal of the Mineralogical Society of America (MSA), publishes the results of original scientific research in the general fields of mineralogy, crystallography, geochemistry, and petrology.
http://www.minsocam.org/MSA/AmMin/AmMineral.html

Extractions: Abstracts, Articles and Deposit Items in PDF Format. 2003 and 2004 Articles require Member ID. Editors, Staff and Associate Editors Information for Authors Information for Submitting Memorials Subscription Information ... About MSA American Mineralogist, the journal of the Mineralogical Society of America (MSA), publishes the results of original scientific research in the general fields of mineralogy, crystallography, geochemistry, and petrology. Specific areas of coverage include, but are not restricted to, igneous and metamorphic petrology, experimental mineralogy and petrology, crystal chemistry and crystal-structure determinations, mineral spectroscopy, mineral physics, isotope geochemistry, major and trace element geochemistry, planetary material science, clay minerals, mineral surface science, geochemistry of mineral-fluid systems, environmental mineralogy, biomineralization, geomicrobiology, new minerals and mineral occurrences, petrography and petrogenesis, ore deposits, and mineralogical apparatus and techniques. Collector's Corner
Structural Biochemistry Group - Home Page
Research in structural function of biological molecules, with particular focus upon bacteriophage T7 ocr protein, capable of mimicking DNA. Includes overview of NMR and Xray crystallography in Scotland.
http://sbgweb.bch.ed.ac.uk/

Extractions: @import url(../styles/sbgweb.css); /*IE and NN6x styles*/ SBG Home Research Groups Structures Gallery Recruitment ... ICMB @ Ed This is the new website for the Structural Biochemistry Group. Based in purpose built research laboratories within the Michael Swann building on the University of Edinburgh's King's Buildings campus the SBG is home to a collection of independent research groups united by their common interest in the structure and function of biological molecules. The group has an international mix of personnel and expertise in protein expression and purification as well as protein structure determination by X-ray crystallography and NMR. Our research interests are broad and range from the rational design of novel inhibitors for cell cycle kinases to the structure and function of membrane proteins. Via this website you can learn more about the research activities of the individual laboratories within the group. You can also browse some of the many protein structures that have been determined by our researchers or view current opportunities for study or employment Flavocytochrome c(3) The 1.8 A resolution crystal structure of the tetraheme flavocytochrome c3, Fcc3, provides the first mechanistic insight into respiratory fumarate reductases or succinate dehydrogenases. The multi-redox center, three-domain protein shows a 40 A long molecular wire allowing rapid conduction of electrons through a new type of cytochrome domain onto the active site flavin, driving the reduction of fumarate to succinate. In this structure a malate-like molecule is trapped in the enzyme active site. The interactions between this molecule and the enzyme suggest a clear mechanism for fumarate reduction in which the substrate is polarized and twisted, facilitating hydride transfer from the reduced flavin and......
SBIScience - Home
Consulting in gene product analysis, including structurebased sequence alignment, homology modeling, and x-ray crystallography.
http://sbiscience.com

Extractions: The expertise in protein biochemistry required to analyze your newly discovered gene . From sequence alignments through structure-based homology modeling , we can provide invaluable information that can make the difference to your research. We can make it possible to enhance your gene discovery publication with structure-based sequence alignments and in certain cases a homology model of the protein. We also guarantee strict confidentiality. Your cost - in both time and money. An initial feasibility evaluation of your project can be accomplished for a cost between $350-$700, and our most recent project , which included structure-based sequence alignments and homology modeling, cost less than $6000. For roughly 10% of the cost of hiring full time employees we can provide you with top quality bioinformatics expertise. And unlike a collaboration you are our top priority. We get the job done when you want it, not when your collaborator finally gets around to it.
Interactive Crystallography
Interactive crystallography. This page allows the user to choose fromamong the 32 crystallographic point groups, enter the values
http://www.swiss.ai.mit.edu/~astark/crystal.html

Extractions: This page allows the user to choose from among the 32 crystallographic point groups, enter the values of the relevant elastic constants, and view the resulting Young's Modulus representation surface. In order to use this package, you must have access to Xmaple and support for HTML forms. Now you can view longitudinal piezoelectric surfaces as well! The first time you use this package you will need to follow the instructions given in the link "First Use Ever." IMPORTANT NOTE: When you are finished using Maple, do NOT quit it from the Maple window. Maple starts subprocesses that will not be killed unless you close Maple by clicking "Quit Maple" inside your Web browser. You can either chooose a point group and enter the values of the elastic constants or choose from among some predefined crystals. First Use Ever Quit Maple ... astark@mit.edu
XRF, XRD, Single Crystal Diffraction Instruments & Applications From Bruker Axs
Supplies Xray spectrometers, X-ray diffraction and X-ray crystallography instruntation.
http://www.bruker-axs.co.uk
NIDDK/LMB: Protein Crystallography Links
Macromolecular crystallography Links. Manuals and structures. bionet.xtallography, the Macromolecular crystallography Newsgroup. You
http://www-mslmb.niddk.nih.gov/procryst.html

Extractions: Manuals and Databases Online Crystallographic Information Publicly available software Journals Crystallographic Organizations Synchrotron Facilities Companies General Information Periodic table The Ono online manual. Axel's Xplor homepage , including the online manual The Biological Macromolecular Crystallization Database from CARB. The Protein Data Bank , which includes the PDB browser and details on Electronic Submission of Coordinates . Also a browser from DCRT which displays molecules, called Molecules 'R' Us Browse the Cambridge Structural Database NIH has a 3D drug structure databank The Nucleic Acid Database from Rutgers. The Protein Sequence Analysis Server at Boston University can be used to analyze sequences for proteins of unknown structure. NCBI's Genbank can be used to search nucleotide and protein sequence databases. SCOP is a structural classification of proteins databse for the investigation of sequences and structures. bionet.xtallography
Rigaku Cryogenic Systems
Manufacturer of selfcontained liquid nitrogen generation systems and crystal cooling solutions for protein crystallography. In The Woodlands, TX.
http://www.rigakumsc.com/cryo/index.jsp
Section On Molecular Structure, NIDDK, NIH
Structural Biology at NIH/DHHS Macromolecular crystallographyat NIDDK. Click on a name to go to that group s page.
http://www-mslmb.niddk.nih.gov/
Symmetry, Crystals And Polyhedra
Data on polyhedra, the different types, compounds of the shapes, stellations, stewart toroids, zonohedra, and tesselations. Also discusses crystallography and symmetry.
http://www.uwgb.edu/dutchs/symmetry/symmetry.htm
Linux Applications In Crystallography
since the 5th of October 1998. Linux Applications in crystallography. The belowlisted applications are directly or indirectly related to crystallography.
http://www.fos.su.se/struc/linux/linuxtal.html

Extractions: Last updated 12 th of October 1998 You are visitor no. since the 5th of October 1998. Linux Applications in Crystallography The below listed applications are directly or indirectly related to crystallography. Many of the program descriptions are extracted from SINCRIS. A majority of the listed programs need to be compiled by a FORTRAN 77 or C -compiler (or both) i.e . there are not so many binary distributions of the applications. I have designated macromolecular programs with [MM] , organic [ORG] and inorganic [INORG] Freeware or shareware programs for academic use are designated and commercial programs The programs have been divided in four groups: Structure determination (solution and refinement), Data collection Graphics (viewers, modelling etc.), Miscellaneous (absorption correction, Voronoi calculations etc.). People are more than welcome to contribute to this list. However, be sure that the program really runs under Linux OS before submitting your Linux software links. Please send an e-mail to Klas Andersson klasa@struc.su.se
Protein Crystallography On The Web
Protein crystallography on the Web, Welcome to Protein crystallographyon the Web. Click here to enter Protein crystallography on the Web.
http://px.cryst.bbk.ac.uk/

Extractions: fax +44 (0)20 7631 6803 E-mail to m.austin@mail.cryst.bbk.ac.uk Enrolment for 2003/2004 is now closed Click on the pictures to see sample figures and films Do you want to know how protein structures are determined, and how their quality should be judged? Did you like the PPS Web Course on the Principles of Protein Structure? Then we have just the thing for you. Learn some new skills and do the Internet Course in Protein Crystallography, offered as an Advanced Certificate by Birkbeck College, University of London. Click here for our Mission Statement , here for Course Information or here how to apply Read what students say about the course. Admissions tutor Dr. Tracey Barrett Click here to enter Protein Crystallography on the Web
USNC For Crystallography: Home Page
The International Union of crystallography (IUCr) serves to build global interactionamong research communities and promote the advances in crystallography at
http://www7.nationalacademies.org/USNC-IUCr/

Extractions: The International Union of Crystallography (IUCr) serves to build global interaction among research communities and promote the advances in crystallography at the international level. The U.S. National Committee for Crystallography (USNC/Cr) furthers the interests of the U.S. crystallography community in IUCr and promotes the intellectual vigor and diversity of the crystallographic community. It supports activities and issues in: The National Academy of Sciences is the U.S. adhering body to the IUCr. The U.S. National Committee operates within the National Research Council's Board on International Scientific Organizations , a unit of the Policy and Global Affairs Division Additional USNC/Cr information is also available here 2002 IUCr Congress and General Assembly
MaThCryst - Satellite ECM-22 Budapest 24-26 August 2004
crystallography at the start of the 21st century Mathematical and Symmetry Aspects. A satellite meeting of ECM22. Budapest, Hungary; 2426 August 2004.
http://www.lcm3b.uhp-nancy.fr/mathcryst/satellite.htm
CCP4 Main Page
Bristol Protein crystallography Summer School (05/09/200410/09/2004) Web pagehttp//www.bch.bris.ac.uk/staff/pxss/sum_school.html, Contact L.Brady@bristol
http://www.dl.ac.uk/CCP/CCP4/main.html

Extractions: Search CCP4 website Search WWW The CCP4 constitution Philosophy of the CCP4 suite Referencing CCP4 Licencing CCP4 constitution The CCP4 program suite is a collection of disparate programs covering most of the computations required for macromolecular crystallography. They have been collected and developed under the auspices of the Collaborative Computing Project Number 4, in Protein Crystallography, supported by the UK Science and Engineering Research Council (serc) since 1979 and currently the Biotechnology and Biological Sciences Research Council (bbsrc), and coordinated at Daresbury Laboratory. The Project aimed to support collaboration between those working on such software in the UK, and to assemble a comprehensive collection of it to satisfy the computational requirements of the relevant UK groups. The results of this effort are also made available for distribution to academic and commercial users outside the UK. The distribution, described herein, is often loosely referred to as `CCP4', but is properly `The CCP4 Suite'.
X-RAY Crystallography
Xray crystallography. About the Unit Cell. Growing Crystals. To perform x-ray crystallography,it is necessary to grow crystals with edges around 0.1-0.3 mm.
http://www.stolaf.edu/people/hansonr/mo/x-ray.html

Extractions: Crystals are three dimensional ordered structures than can be described as a repetition of identical unit cells. The unit cell is made up of the smallest possible volume that when repeated, is representative of the entire crystal. The dimensions of a unit cell can be described with 3 edge lengths (a,b,c) and 3 angles (alpha, beta, gamma). The 3D location of atoms within a unit cell can be listed as their x, y, z Cartesian Coordinates. Space groups describe the symmetry of a unit cell, of which there are 230 variations. In the molecular origami program, by clicking on Use Crystallographic Info NOW , you can experiment with all the different types of space groups. Using visible light, it will never be possible to see atoms under even the most powerful of microscopes. In order for an object to be seen, its size needs to be at least half the wavelength of the light being used to see it. Since visible light has a wavelength much longer that the distance between atoms it is useless to see molecules. In order to see molecules it is necessary to use a form of electromagnetic radiation with a wavelength on the order of bond lengths, such as X-rays.
GMR Home Page
Refereed electronic journal of the Mineralogical Society of America. Publishes original research, reviews, and papers on teaching in petrology, geochemistry, mineralogy, mineral physics, crystallography, and related fields. Free access.
http://gmr.minsocam.org/
The Bloomsbury Centre For Structural Biology
News, events, vacancies, downloads from group established in 1998 combining bioinformatics, crystallography, electron microscopy, and NMR, for research on gene and protein structure, expression and function relationships.
http://www.bcsb.lon.ac.uk/
BUBL LINK / 5:15 Internet Resources: Crystallography
Topics include analytical chemistry, atomic structure, biochemistry, chromatography,crystallography, electrochemistry, plastics and polymers, and spectroscopy
http://bubl.ac.uk/link/c/crystallography.htm

Extractions: BUBL LINK / 5:15 Catalogue of Internet Resources Home Search Subject Menus A-Z ... About A-Z Index Titles Descriptions About.com: Chemistry Cambridge Crystallographic Data Centre Crystallography World Wide Example Mineralogy Course: From the Field to the Web ... World Database of Crystallographers Page last updated: 17 March 2003 Comments: bubl@bubl.ac.uk About.com: Chemistry Offers original articles and features about chemistry, plus annotated links to selected relevant Internet resources compiled by a subject specialist, a subject-specific bulletin board, and details of related news and events. Topics include analytical chemistry, atomic structure, biochemistry, chromatography, crystallography, electrochemistry, plastics and polymers, and spectroscopy.
Current Advances In Protein Biochemistry
Current literature searching service covering purification and analysis; sequencing and amino acid sequences; crystallography and crystal structures; structure prediction; spectroscopy; protein dynamics; proteinligand interaction; protein engineering and design; protein chemistry; protein synthesis; active site structures; enzyme specificity; enzyme mechanism; enzyme kinetics; enzyme regulation; oxidoreductive enzymes; transferases; hydrolytic enzymes; lyases; isomerases; synthetases; haem proteins; nuclear proteins; contractile proteins; membrane proteins
http://www.elsevier.com/locate/caprobio

Extractions: Home Site map picswapper("picswap", [/authored_framework/ + "images/topbar_1.jpg", /authored_framework/ + "images/topbar_2.jpg", /authored_framework/ + "images/topbar_3.jpg", /authored_framework/ + "images/topbar_4.jpg", /authored_framework/ + "images/topbar_5.jpg", /authored_framework/ + "images/topbar_6.jpg"], 5000) Advanced Product Search Products Current Advances in Protein Biochemistry Journal information Product description Audience Subscription information Bibliographic and ordering information Combined subscriptions Conditions of sale Dispatch dates Journal related information Supplementary material Other journals in same subject area Related publications About Elsevier ... Select your view Current Advances in Protein Biochemistry is a monthly current literature searching service which is fast, comprehensive, economical and easy to use. It enables pure and applied scientists to keep abreast of the ever-increasing literature being published in their subject area, by providing a subject categorized listing of titles, authors, bibliographic details and authors' addresses. Titles are presented under appropriate subject headings with full cross references. Contents: Major subject areas covered include: Purification and analysis; Sequencing and amino acid sequences; Crystallography and crystal structures; Structure prediction; Spectroscopy; Protein dynamics; Protein-ligand interaction; Protein engineering and design; Protein chemistry; Protein synthesis; Active site structures; Enzyme specificity; Enzyme mechanism; Enzyme kinetics; Enzyme regulation; Oxidoreductive enzymes; Transferases; Hydrolytic enzymes; Lyases; Isomerases; Synthetases; Haem proteins; Nuclear proteins; Contractile proteins; Membrane proteins.

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