Projects
(Principal Investigator)



Results 1-35 of 35 (Search time: 0.008 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2019高等教育深耕計畫-最具競爭力團隊計畫【探討飲食、細菌與基因交互作用調節巴金森氏症易感性的作用機制】SHU-CHUN TENGHigher Education Sprout Project
2014Global Analysis of Cdc14 Substrate Dehosphorylation Sites to Provide Insights into Mitosis and CytokinesisSHU-CHUN TENGMinistry of Science and Technology
2014Study the Role of Aurora Kinase in Telomere ReplicationSHU-CHUN TENGMinistry of Science and Technology
2014Study how SMYD3 methyltransferase modifies histone and promotes cancer proliferationSHU-CHUN TENGNational Health Research Institutes
2014Biological Science Panel 2013 (II)SHU-CHUN TENGMinistry of Science and Technology
2013Global analysis of Cdc14 substrate dehosphorylation sites to provide insights into mitosis and cytokinesisSHU-CHUN TENGMinistry of Science and Technology
2013Study how SMYD3 methyltransferase modifies histone and promotes cancer proliferationSHU-CHUN TENGNational Health Research Institutes
2012Global Analysis of Cdc14 Substrate Dehosphorylation Sites to Provide Insights into Mitosis and CytokinesisSHU-CHUN TENGMinistry of Science and Technology
2011Mechanism of Activation and Deactivation of Cdc13 Phosphorylation in Telomere ReplicationSHU-CHUN TENGMinistry of Science and Technology
2011Mechanistic Study and Drug Development of Telomere Recombination Pathway in Cancer CellsSHU-CHUN TENGMinistry of Science and Technology
2010Mechanism of Activation and Deactivation of Cdc13 Phosphorylation in Telomere ReplicationSHU-CHUN TENGMinistry of Science and Technology
2010Mechanistic Study and Drug Development of Telomere Recombination Pathway in Cancer Cells (II)SHU-CHUN TENGMinistry of Science and Technology
2010POT1- and KLF4-mediated telomerase recruitment and activation in cancer cellsSHU-CHUN TENGNational Health Research Institutes
2009Mechanism of Activation and Deactivation of Cdc13 Phosphorylation in Telomere ReplicationSHU-CHUN TENGMinistry of Science and Technology
2009Mechanistic Study and Drug Development of Telomere Recombination Pathway in Cancer Cells (I)SHU-CHUN TENGMinistry of Science and Technology
2009POT1- and KLF4-mediated telomerase recruitment and activation in cancer cellsSHU-CHUN TENGMinistry of Health and Welfare
2008Study the Function of Phosphorylation of Telomere Binding Protein Cdc13SHU-CHUN TENGMinistry of Science and Technology
2008Development of a New Anticancer Strategy---Combination of Topoisomerase Poisons and Telomerase Inhibitors to Block Dna Replication in Cancer CellsSHU-CHUN TENGMinistry of Science and Technology
2008POT1- and KLF4-mediated telomerase recruitment and activation in cancer cellsSHU-CHUN TENGMinistry of Health and Welfare
2007Study the Function of Phosphorylation of Telomere Binding Protein Cdc13SHU-CHUN TENGMinistry of Science and Technology
2007Development of a New Anticancer Strategy---Combination of Topoisomerase Poisons and Telomerase Inhibitors to Block DNA Replication in Cancer Cells (II)SHU-CHUN TENGMinistry of Science and Technology
2006Study the Function of Phosphorylation of Telomere Binding Protein Cdc13SHU-CHUN TENGMinistry of Science and Technology
2006Development of a New Anticancer Strategy: Combination of Topoisomerase Poisons and Telomerase Inhibitors to Block Dna Replication in Cancer Cells (I)SHU-CHUN TENGMinistry of Science and Technology
2006Study of Regulation of Hms1p on Sgs1 Transcription in Telomerase-Minus YeastSHU-CHUN TENGMinistry of Health and Welfare
2005Characterization of Hms1p Caused Overexpression of SGS1 and Its Effect on Telomere-Telomere Recombination Pathway (ALT) in Telomerase-Minus Yeast (III)SHU-CHUN TENGMinistry of Science and Technology
2005A Study of the Transcription Factor Hms1p Regulates the Expression of SGS1 in Telomerase Minus YeastSHU-CHUN TENGMinistry of Health and Welfare
2004Characterization of Hms1p Caused Overexpression of SGS1 and Its Effect on Telomere-Telomere Recombination Pathway (ALT) in Telomerase-Minus Yeast (II)SHU-CHUN TENGMinistry of Science and Technology
2004A Study of the Transcription Factor Hms1p Regulates the Expression of SGS1 in Telomerase Minus YeastSHU-CHUN TENGMinistry of Health and Welfare
2003Characterization of Hms1p Caused Overexpression of SGS1 and Its Effect on Telomere-Telomere Recombination Pathway (ALT) in Telomerase-minus Yeast (I)SHU-CHUN TENGMinistry of Science and Technology
2003Characterization of Telomere Replication in Telomerase Minus Yeast Cells (III)SHU-CHUN TENGMinistry of Science and Technology
2002Study of Bacteria Telomere Replication (II)SHU-CHUN TENGMinistry of Science and Technology
2002Characterization of Telomere Replication in Telomerase Minus Yeast Cells (II)SHU-CHUN TENGMinistry of Science and Technology
2001Characterization of Telomere Replication in Telomerase Minus Yeast Cells (I)SHU-CHUN TENGMinistry of Science and Technology
2001Study of Bacteria Telomere Replication (I)SHU-CHUN TENGMinistry of Science and Technology
2000Charaterization of Telomere Replication in Telomerase Minus Yeast CellsSHU-CHUN TENGMinistry of Science and Technology