Web Services Description Language (WDSL), originally developed by IBM, Microsoft, and others, is an XML format for technical description of Web services. In this tutorial, Mike Olson and Uche Ogbuji introduce WSDL4Py, an open-source Python library for WSDL 1.1 hosted by IBM developerWork’s open-source zone. Usage of the library is explained, as well as discussion of its development.
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SEQUENCHER has been developed to work with a wide range of sequencing applications. For example, SEQUENCHER can be used for:
Creating assemblies for shotgun or EST sequencing projects
Editing contigs while viewing all relevant trace data
Assembling multiple sequences to a user-defined reference sequence
Polymorphism detection and annotation
Aligning cDNAs to their genomic sequence using the large gap algorithm
Discovery of heterozygous peaks
Creating difference reports for SNP discovery
Displaying restriction maps, ORF maps, protein translations
Automated vector and quality trimming
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This document is intended for Mac users that want to make discs of homebrew games and emulators working on their Dreamcast system. Currently, there is a rather easy way to do this, but I see the same questions over and over again with methods that in my opinion are somewhat dated (though still useful if there is no other option). The world of DC emulation and homebrews can be confusing to the new user even if you are on a PC.
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The SPSS 16.0 Brief Guide provides a set of tutorials designed to acquaint you with the various components of SPSS. This guide is intended for use with all operating system versions of the software, including: Windows, Macintosh, and Linux. You can work through the tutorials in sequence or turn to the topics for which you need additional information. You can use this guide as a supplement to the online tutorial that is included with the SPSS Base 16.0 system or ignore the online tutorial and start with the tutorials found here.
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SEQUENCHER has been developed to work with a wide range of sequencing applications. For example, SEQUENCHER can be used for:
Creating assemblies for shotgun or EST sequencing projects
Editing contigs while viewing all relevant trace data
Assembling multiple sequences to a user-defined reference sequence
Detecting and annotating polymorphisms
Aligning cDNAs to their genomic sequence using the large gap algorithm
Discovering heterozygous peaks
Creating difference reports for SNP discovery
Displaying restriction maps, ORF maps, protein translations
Automating trimming for quality and for vector
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There are three main reasons for using the JAVA programming language over other choices: portability, simplicity of coding, and widespread use; especially in web development. Java is completely portable between different operating systems (Mac, Linux, and Windows). This is because the code you write is only partially finished after it is compiled by the programmer. The rest of the work is performed on the user’s computer using the Java Virtual Machine (JVM).
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Adobe Photoshop CS3 is a popular image editing software that provides a work environment consistent with Adobe Illustrator, Adobe InDesign, Adobe ImageReady, and other products in the Adobe Creative Suite. This tutorial is an introduction to using Adobe Photoshop. Here you will learn how to get started, how to use the interface, and how to modify images with basic Photoshop tools.
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FlowJo software is used for the analysis of flow cytometry data. This tutorial will introduce you to FlowJo using a simple experiment as an example. A FITC anti-CD8 reagent is titrated to determine the most economical concentration for staining in future experiments. Table of Contents Introduction Step 1: Load samples into the workspace Step 2: Analyze the control sample in detail Step 3: Copy gates and statistics to all samples Step 4: Verify gates on all samples Step 5: Generate a graphical report Step 6: Generate a table of statistics FlowJo is a product of Tree Star, Inc. www.FlowJo.com USA: (800) 366-6045 International: 1 011 541-201-0022 FlowJo@treestar.com FlowJo was written by Adam Treister and Mario Roederer, based on concepts developed with David Parks, Martin Bigos and Wayne Moore.
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