Team:Dundee/Software
From 2012.igem.org
(Difference between revisions)
Line 68: | Line 68: | ||
for every C.diff cell destroyed. Bonus points are awarded if you finish a level with a clear board. | for every C.diff cell destroyed. Bonus points are awarded if you finish a level with a clear board. | ||
The game is free to | The game is free to | ||
- | <a href="#dl">download</a>, and the source code is provided. | + | <a href="#dl">download</a>, and the full source code is provided. |
</div> | </div> | ||
</div> | </div> | ||
Line 85: | Line 85: | ||
year we chose to follow up the application with a suite of useful tools for biology students. | year we chose to follow up the application with a suite of useful tools for biology students. | ||
The main goal was to provide some useful applications and to provide access to the source code | The main goal was to provide some useful applications and to provide access to the source code | ||
- | to enable developers to add, modify and change the application to suit their needs. The | + | to enable developers to add, modify and change the application to suit their needs. The app is |
- | application currently contains the following tools: | + | free to <a href="#dl">download</a>, and the full source code is provided. |
+ | <br /><br /> | ||
+ | The application currently contains the following tools: | ||
<br /><br /> | <br /><br /> | ||
<ul style="padding-left: 4%;"> | <ul style="padding-left: 4%;"> |
Revision as of 10:59, 21 August 2012
Software Development
Lysis To Kill
Lysis To Kill is a game developed for the Android platform. The concept of the game was
inspired by Splashback which was a Flash game developed for the Cartoon Network [1].
The original concept involved adding drops of ‘goo’ to a playing board in order to burst ‘blobs’,
creating a cascade of bursts. The aim was to clear the playing board in as few clicks as possible.
In a similar fashion, Lysis To Kill draws on the same game concept with a twist to mirror the
iGEM project we have undertaken.
You start the game with 10 clicks. You are in charge of the friendly, synthetically engineered E-coli cells (in green), and each time you click a cell it shrinks and eventually bursts. Your goal is to destroy all the C.diff cells with φCD27 endolysin, which is fired from your E.coli cells whenever they burst. Each level grants you an extra click, and points are awarded for every C.diff cell destroyed. Bonus points are awarded if you finish a level with a clear board. The game is free to download, and the full source code is provided.
You start the game with 10 clicks. You are in charge of the friendly, synthetically engineered E-coli cells (in green), and each time you click a cell it shrinks and eventually bursts. Your goal is to destroy all the C.diff cells with φCD27 endolysin, which is fired from your E.coli cells whenever they burst. Each level grants you an extra click, and points are awarded for every C.diff cell destroyed. Bonus points are awarded if you finish a level with a clear board. The game is free to download, and the full source code is provided.
Lazy Scientist II
The Dundee iGEM team of 2011 created an Android application named the Lazy Scientist, and this
year we chose to follow up the application with a suite of useful tools for biology students.
The main goal was to provide some useful applications and to provide access to the source code
to enable developers to add, modify and change the application to suit their needs. The app is
free to download, and the full source code is provided.
The application currently contains the following tools:
The application currently contains the following tools:
- Ratio to Percentage/ Percentage to Ratio Convertor
- OD660 to Cell Count Estimator
- Simple Dilution Calculator
- Serial Dilution Checker