DAVID Bioinformatics 6.7
The Database for Annotation, Visualization and Integrated Discovery
Gene Functional Classification Tool
DAVID Bioinformatics Resources 6.7, NIAID/NIH
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Functional Gene Clustering

Gene Functional Classification Tool

Submit your gene list to start the tool!
Tell us how you like the tool
Read technical notes of the tool
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What does this tool do?

  • Classify large gene list into functional related gene groups
  • Rank the importance of the discovered gene groups
  • Summarize the major biology of the discovered gene groups
  • Search other functionally related genes from genome, but not in your list
  • Visualize genes and their functional annotations in a group by a single 2-D view
  • Explore global view of gene groups in a Fuzzy Heat Map visualization
  • More
The advantage of the tool: A novel gene-centric annotation approach
  • Your genes are highly organized so that they are more readable and understanable.
  • Your genes are ranked so that you can quickly focus on the most likely important ones.
  • Your genes are displayed with their annotation in one single view so that you can cross compare them.
  • Your genes can be extended so that you have chance to know other functionally related genes, but not in your list.
Rational Concepts:

 Fuzzy Heuristic Partition
We developed a novel heuristic partitioning procedure that allows an object (gene) to participate in more than one cluster. The use of this method in grouping related genes much better reflects the nature of biology in that a given gene may be associated with more than functional group of genes. Two additional advancement included in this algorithm are: 1) the automatic determination of the optimal numbers of clusters (K), and 2) the exclusion of members (genes) that have weak relationships to other members.  Users are permitted to change default parameters to set cluster membership similarity stringencies.  Fuzzy Heuristic Partitioning of a gene list yields high quality clusters of highly related genes, with some genes participating in more than one function cluster. more

    Grouping genes based on functional similarity can systematically enhance biological interpretation of large lists of genes derived from high throughput studies. The Functional Classification Tool generates a gene-to-gene similarity matrix based shared functional annotation using over 75,000 terms from 14 functional annotation sources. Our novel clustering algorithms classifies highly related genes into functionally related groups.

    Tools are provide to further explore each functional gene cluster including listing of the ?consensus terms? shared by the genes in the cluster, display of enriched terms, and heat map visualization of gene-to-term relationships.  A global view of cluster-to-cluster relationships is provided using a fuzzy heat map visualization.  Summary information provided by the Functional Classification Tool is extensively linked to DAVID Functional Annotation Tools and to external databases allowing further detailed exploration of gene and term information.

    The Functional Classification Tool provides a rapid means to organize large lists of genes into functionally related groups to help unravel the biological content captured by high throughput technologies.more




 Please cite Nature Protocols 2009; 4(1):44 & Genome Biology 2003; 4(5):P3 within any publication that makes use of any methods inspired by DAVID.
                          

        

                 
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