User:Karsten Theis/Sandbox 2
From Proteopedia
Proteopedia is the 3D encyclopedia of proteins and other biological molecules.
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Who wrote the entry when?The section headed "Proteopedia Page Contributors and Editors" (on the bottom of the entry) lists all authors of the entry. If you are interested to learn who wrote what and when the entry was last updated, go to the history tab. Occasionally, the discussion tab contains information about how the entry was created or suggestions for improvement.
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Becoming a registered user on ProteopediaTo edit pages or create new ones, you need an account. At the top right of each page, there is a link to login in or request an account. With an account, you can edit pages and create new ones. You will also have a user page to introduce yourself, and access to sandboxes where you can try out creating content. |
For authors: contributing contentProteopedia entries contain text and 3D scenes (interactive images). Help for editing text is in this section, and help for creating 3D scenes is in the section on the right. To get started, read Help:Getting Started in Proteopedia, or watch the videos linked there. You can start editing in a sandbox (see Help:Sandboxes). If you are copying or paraphrasing content from other authors, consult Proteopedia:Guidelines for Ethical Writing for ethical aspects, and Help:Editing#Citing_Literature_References for formatting references. The text on Proteopedia has an open license that encourages remixing with attribution, see Remixing. For some suggestions how to improve the quality of a page, see Proteopedia:How to Make a Page. |
For authors: creating 3D scenesProteopedia entries contain text and 3D scenes (interactive images). Help for creating 3D scenes is in this section, and help for editing text is in the section on the left.To show a 3D scene, you need structural data (typically from the protein database PDB) and need to decide how to show it. This is described in Proteopedia:DIY:Scenes. The 3D scenes are created and previewed using the Scene authoring tools. If you want to show a structure not in the PDB, you have to upload the structure first (Help:Uploading molecules). Tips how to make 3D scenes that have a lot of information yet are easy to understand is available at Proteopedia:How to Make a Scene/ |
For authors: multimediaYou can insert static images (and other media) and embed videos. Proteopedia hosts image as long as they come with the appropriate licence (see Proteopedia:Terms of Service). For uploadin images, see Video Guide 5. For help on formatting the image within the page, see Wiki markup: Images or for even more detail, Wikipedia:Extended image syntax. |
For authors: advanced topicsSome advanced topics are discussed in Proteopedia:Cookbook.
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For teachers
- Proteopedia:Practical Guide to Advanced Proteopedia Authoring and Its Use in Teaching
- Proteopedia:Primer
- Media:Proteopedia tutorial step by step.pdf
- For Teaching with Proteopedia, see Teaching Strategies Using Proteopedia and Teaching_Scenes, Tutorials, and Educators' Pages.
- High school teachers' resources
- Adoptions in College and University Classes
- Molecular Workbench
- New educational pages may be announced to subscribers to the Proteopedia:Email list.
- Questions? Stuck? Need help? Feel free to contact us directly, or subscribe to, and post questions on the Proteopedia:Email list.
Software for use with Proteopedia
- Java can be used to improve performance of molecular scenes in Proteopedia. Please see Installing and enabling Java.
- Java may be a security risk. Please see How to be as safe as possible with Java.
- Any molecule that you see in Proteopedia can be explored further using FirstGlance in Jmol. Every page titled with a PDB identification code has a link to explore that model in FirstGlance.
- Molecular views obtained in FirstGlance can become green links in Proteopedia (Instructions).
- You can make presentation-ready animations that can be dropped into Powerpoint slides from any scene in Proteopedia or FirstGlance. See Help:Making animations for Powerpoint. (At right: 1ijw)
Interactive 3D "Supplementary Materials" for Journal Publications
- For preparing interactive 3D complements to journal publications (similar to supplementary materials), please see Interactive 3D Complements in Proteopedia.
- For hiding these until the date of publication, please see Proteopedia:Workbench.
Protecting Pages
- If you would like to protect a personal page from editing by others, please see Proteopedia:Policy and Help:Protected_Pages.
Languages
- For examples of Proteopedia articles in non-English languages, and for the rules and policies for such articles, please see Proteopedia:Languages. *For instructions for translating articles to other languages, see Help:Language Translation.
- See also Text Directionality regarding right-to-left languages such as Arabic or Hebrew.
Proteopedia Speed
- Proteopedia will render faster in your computer if you enable the use of Java (see above).
- Create fast pages: Following these simple tips your Proteopedia pages might load and render faster.
Comments
Users of Proteopedia are invited to comment on published structures. Comments can raise questions about the interpretation, validity or quality of the model, cite other pertinent resources, congratulate the authors on a job well done, discuss implications of the model, etc.
How to comment on articles or published structures: Log in to Proteopedia and add your comment by editing the discussion tab associated with each page. You can comment on any page in Proteopedia.
Errors
See Help:Errors for guidelines on how to proceed when your page seems gone forever.
Contact
Feel free to contact us with any questions or suggestions.
Proteopedia Speed
- Render faster: If you have Java available on your computer, molecular models in Proteopedia pages will be rendered faster:
- If you are a registered user you can set the use of Java as a default, in one of the preferences in your personal profile. (Visit the
my preferenceslink at top-right.) - To use Java occasionally on a one-page basis, add
?use=javato the page URL, like this: http://proteopedia.org/w/G_protein-coupled_receptor?use=java. - For a complete description see Using Java for Rendering Structures.
- If you are a registered user you can set the use of Java as a default, in one of the preferences in your personal profile. (Visit the
Your Heading Here (maybe something like 'Structure')
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