MAGMA -- analysis of two-channel microarrays made easy
What you can do:
Identify differentially expressed genes from two-channel microarray data.
Highlights:
- The user interface guides the novice user through the most typical microarray analysis workflow consisting of data upload, annotation, normalization and statistical analysis.
- It automatically generates R-scripts that document MAGMA's entire data processing steps, thereby allowing the user to regenerate all results in his local R installation.
- The implementation of MAGMA follows the model-view-controller design pattern that strictly separates the R-based statistical data processing, the web-representation and the application logic.
- This modular design makes the application flexible and easily extendible by experts in one of the fields: statistical microarray analysis, web design or software development.
- State-of-the-art Java Server Faces technology was used to generate the web interface and to perform user input processing.
- MAGMA's object-oriented modular framework makes it easily extendible and applicable to other fields and demonstrates that modern Java technology is also suitable for rather small and concise academic projects.
Keywords:
- Gene Expression Profiling
- Oligonucleotide Array Sequence Analysis
- microarray
- differentially expressed genes
Literature & Tutorials:
PubMed Link: MAGMA: analysis of two-channel microarrays made easy
This record last updated: 04-21-2014