XAccess restricted to Stanford unless otherwise noted
- X-ray crystallography of biomacromolecules 2007, WileyPart I. Principles and Methods -- Chapter 1. Introduction, p. 1-22 -- Chapter 2. Experimental Techniques, p. 23-44 -- Chapter 3. Principles of X-Ray Diffraction by a Crystal, p. 45-79 -- Chapter 4. Diffraction Data Evaluation, p. 81-97 -- Chapter 5. Methods for Solving the Phase Problem, p. 99-139 -- Chapter 6. Phase Improvement by Density Modification and Phase Combination, p. 141-156 -- Chapter 7. Model Building and Refinement, p. 157-185 -- Chapter 8. Crystal Structure Determination of the Time-Course of Reactions and of Unstable Species, p. 187-202 -- Chapter 9. Structural Genomics, p. 203-220 -- Part II. Practical Examples -- Chapter 10. Data Evaluation, p. 223-238 -- Chapter 11. Determination of Anomalous Scatterer or Heavy Atom Positions, p. 239-251 -- Chapter 12. MIRAS and MAD Phasing with the Program SHARP, p. 253-259 -- Chapter 13. Molecular Replacement, p. 261-266 -- Chapter 14. Averaging about Non-Crystallographic Symmetry (NCS) for 4-BUDH, p. 267-275 -- Chapter 15. Model Building and More, p. 277-291
- Xenopus protocols 2005, Springer Protocols
- XIth International Symposium on Amyloidosis 2008, CRCnetBASE
- XML in a nutshell. 3rd ed. 2004, Proquest Safari
- XML in data management 2004, ScienceDirect
- XML in scientific computing 2013, CRCnetBASE"Preface XML stands for extensible markup language. In fact, XML is not a language, but a systematic way of encoding and formatting data and statements contained in an electronic file according to a chosen tagging system. A tag may represent a general entity, a physical, mathematical, or abstract object, an instruction, or a computer language construct. The data can describe cars and trucks in a dealer's lot, the chapters of a book, the input or output of a scientific experiment or calculation, the eigenvalues of a matrix, and anything else that can be described by numbers and words. Data presentation and description In the XML framework, information is described and presented in the same doc- ument, thus circumventing the need for legends and explanations. For example, we may order: <breakfast> toast and eggs <breakfast> Further cooking instructions can be included between the breakfast tag enclosed by the pointy brackets (<>) and its closure denoted by the slash (/). Data reuse XML data (input) can be read by a person or parsed and processed by a program (application) that produces a new set of data (output.) Although the input is the same, the output depends on the interpretation of the tags formatting the data. The inherent polymorphism allows us to materialize the same original data in different ways. For example: 1. An author may write a book inserting formatting tags between words, equations, and figures according to xml conventions and grammar. The text (data) file can be processed to produce books with different appear- ances. 2. A scientist may write a finite-element code that produces output tagged according to xml conventions"-- Provided by publisher.
- XSLT 2.0 web development 2004, ProQuest Safari
- XSLT cookbook. 2nd ed. 2006, ProQuest Safari
- XSLT. 2nd ed. SU Catalog (SearchWorks), Click LINK above for location/circulation status.Print Material
- Harrison's Principles of Internal Medicine
- AAP Red Book Online
- Robbins & Cotran Pathologic Basis of Disease
- Sabiston Textbook of Surgery
- Nelson's Textbook of Pediatrics
- Surgical Exposures in Orthopaedics
- Mandell, Douglas, & Bennett's Principles & Practice of Infectious Diseases
- Red Book Online
- ICU Book
- Primary Care Medicine
- Campbell-Walsh Urology
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