Drug Designing:Homology modeling of PKC inhibitors
Computer Aided Drug designing through Homology modling of PKC dalta,known to be important class of enzyme as drug target
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Computer Aided Drug designing is the approach of finding new drugs, based on the biological targets (the protein). Protein kinase C (PKC) is an isozymes and a subclass of threonine/serine kinase family of proteins. it is known to be an important class of enzymes in cell signaling and as drug targets, cell cycle control has led to detailed structural and functional studies in various eukaryotes, and hence to the synthesis of specific chemical inhibitors for managing disease.Homology modeling of Protein kinase C delta predicts a 3-D structure protein.Homology models were generated by software to...
Computer Aided Drug designing is the approach of finding new drugs, based on the biological targets (the protein). Protein kinase C (PKC) is an isozymes and a subclass of threonine/serine kinase family of proteins. it is known to be an important class of enzymes in cell signaling and as drug targets, cell cycle control has led to detailed structural and functional studies in various eukaryotes, and hence to the synthesis of specific chemical inhibitors for managing disease.Homology modeling of Protein kinase C delta predicts a 3-D structure protein.Homology models were generated by software tool called "MODELLER".Phosphorylation by protein kinases is a central theme in biological systems. Activity of protein kinases will be stopped by blocking the phosphorylation. ATP docking with protein kinase C is the main step in this research work and was successfully done. The results of ATP docking were compared with another protein in which ATP was already docked. Then inhibitors of protein kinase C delta were retrieved and converted into pdb file format, their docking with protein was also carried out by AutoDock Vina.
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