Objective To deduce all potential ligands undiscovered experimentally by searching all the proteins containing same C-termini, which can bind a certain PDZ domain. Methods We developed a JAVA program for searching sho...Objective To deduce all potential ligands undiscovered experimentally by searching all the proteins containing same C-termini, which can bind a certain PDZ domain. Methods We developed a JAVA program for searching short exact sequence matches at C-terminus. According to the known C-termini, which PDZ domains recognized experimentally, Swissprot database has been searched by this program for all potential ligands. Results Some PDZ domains may have more potential ligand proteins, which are undiscovered yet experimentally. These bioinformatic results also provide clues for studying functions of hypothetical proteins and PDZ domains’ protein interactions in many different organisms. Conclusion The results may provide useful clues for discovering potential functions of hypothetical proteins and new functions of known proteins.展开更多
基金Supported by the National Natural Sciences Foundation of China(General Program: 3037030 30270657 and Key Program: 30230150) Early Phase Study Supported by the Key Basic Research Project (2002-CCA04100) the National High Technology Research and Devel
文摘Objective To deduce all potential ligands undiscovered experimentally by searching all the proteins containing same C-termini, which can bind a certain PDZ domain. Methods We developed a JAVA program for searching short exact sequence matches at C-terminus. According to the known C-termini, which PDZ domains recognized experimentally, Swissprot database has been searched by this program for all potential ligands. Results Some PDZ domains may have more potential ligand proteins, which are undiscovered yet experimentally. These bioinformatic results also provide clues for studying functions of hypothetical proteins and PDZ domains’ protein interactions in many different organisms. Conclusion The results may provide useful clues for discovering potential functions of hypothetical proteins and new functions of known proteins.
