Cellopedia BETA Stable is good to go!
What is new?
In recent months I tried to change the theme of Cellopedia as well as its core renderer (Recall it was called CRE).
This attempt led to redesign of core renderer to a more stable one.
Some new features in this stable version:
- Faster render
- less bug
- Addition of TABLE tag
- No break line tag is required to make a new line
- IE7 Rendering is better
In addition to CRE the design of article page is also changed. This make it easier to read the articles.
Cellopedia and CRE features will be more reviewed in near future.
Screenshots
In these renders Cellopedia used CRE BETA STABLE engine.
Calmodulin page rendered in Cellopedia in Mozilla Firefox 3:
Suggestions
Feel free to contact me.
ATP Synthase
Introduction
ATP Synthase is an elaborate bio-motor. This complex drives synthesis of the ATP, the energy currency of the cell. This complex uses the free energy of proton gradient across inner mitochondrial membrane to regenerate ATP from it’s precursors ADP and Pi.
Mechanism
Protons in their journey from inter membrane space to matrix induce rotation in c-subunit of ATP Synthase, this in turn provokes rotation of yet other subunit, The gamma subunit. This subunit induce conformational changes in F1 subunits and these events leads to synthesis of a ATP.
Molpaper
This image is created from protein data bank data file provided by RCSB. This image does not represent actual structure of ATP Synthase since it lacks several subunits.
Cellopedia Help and playground
Cellopedia Help
Cellopedia Help is now released and covers most of the important tags.
Included tags are:
- Titles
- Subtitles
- Italic
- Bold
- Line Break
- Description Box
- Article link
- Extra link
- Image
- Ordered List
- Unordered List
- Category
- Reference
There are also some tags that are under development and hence are not included in this help page.
- Development tags
- Table
Playground
Playground is a minor implementation of editor that help users to familiarize themselves with core renderer of Cellopedia (CRE).
This page can be accessed HERE.