Learning the local molecular pattern of Alzheimer's disease by non-negative matrix factorization

Keyphrases

• Non-negative Matrix Factorization 100%
• Molecular Patterns 100%
• Matrix Factorization 75%
• Local Structure 50%
• Gene Expression Data 50%
• Hierarchical Clustering 25%
• K-means 25%
• Condition-dependent 25%
• Activation Patterns 25%
• Gene-based 25%
• Microarray Technology 25%
• Number of Factors 25%
• Similar Expression 25%
• Simultaneous Activities 25%
• Cellular Pathways 25%
• Self-organizing Map 25%
• Biological Information 25%
• Effective Tool 25%
• Linear Combination 25%
• Gene Microarray 25%
• Biclustering 25%
• Expression Profile 25%
• Single chip 25%
• Clustering Methods 25%
• Global Similarity 25%
• Clustering Algorithm 25%
• Single Cluster 25%

Computer Science

• Matrix Factorization 100%
• nonnegative matrix factorization 100%
• Local Structure 66%
• Clustering Algorithm 33%
• Pattern Expression 33%
• Activation Pattern 33%
• Biclustering Method 33%
• k-means Clustering 33%
• Linear Combination 33%
• single-chip 33%
• Clustering Method 33%
• Hierarchical Clustering 33%
• Organizing Map 33%
• Gene Expression Data 33%

Biochemistry, Genetics and Molecular Biology

• Gene Expression Data 100%