Incorporating hybrid models into lysine malonylation sites prediction on mammalian and plant proteins

Keyphrases

• Hybrid Model 100%
• Site Prediction 100%
• Plant Protein 100%
• Lysine Malonylation 100%
• Malonylation 100%
• Mammalian Proteins 100%
• Multiple Convolutional Neural Networks 22%
• Sequence-based 11%
• Support Vector Machine 11%
• Mass Spectrometry 11%
• Physicochemical Properties 11%
• Biological Function 11%
• Area under the Receiver Operating Characteristic Curve 11%
• Computational Resources 11%
• Information-centric 11%
• Post-translational Modification 11%
• Random Forest 11%
• Experimental Identification 11%
• Independent Testing 11%
• Web Tool 11%
• Proteomics 11%
• Functional Investigation 11%
• Cellular Pathogenesis 11%
• Evolutionary Information 11%
• Secondary Model 11%
• Lysine Residue 11%
• Cell Regulation 11%

Biochemistry, Genetics and Molecular Biology

• Mammal 100%
• Lysine 100%
• Biological Functions 50%
• Proteomics 50%
• Posttranslational Modification 50%
• Mass Spectrometry 50%
• Support Vector Machine 50%
• Random Forest 50%
• Evolution 50%