0000000000961406

AUTHOR

Elisabeth Schröder

showing 1 related works from this author

Bioassays to monitor taspase1 function for the identification of pharmacogenetic inhibitors

2011

Background Threonine Aspartase 1 (Taspase1) mediates cleavage of the mixed lineage leukemia (MLL) protein and leukemia provoking MLL-fusions. In contrast to other proteases, the understanding of Taspase1's (patho)biological relevance and function is limited, since neither small molecule inhibitors nor cell based functional assays for Taspase1 are currently available. Methodology/Findings Efficient cell-based assays to probe Taspase1 function in vivo are presented here. These are composed of glutathione S-transferase, autofluorescent protein variants, Taspase1 cleavage sites and rational combinations of nuclear import and export signals. The biosensors localize predominantly to the cytoplasm…

ProteomicsCytoplasmHydrolasesmedicine.medical_treatmentThreonine Aspartase 1Drug Evaluation Preclinicallcsh:MedicineBiosensing TechniquesBiochemistryMiceMolecular Cell BiologyBasic Cancer Researchlcsh:ScienceMultidisciplinaryEnzyme ClassesProteomic Databases3T3 CellsSmall moleculeCellular StructuresEnzymesBiochemistryOncologyMedicineBiological AssayBiologieResearch ArticleProteasesCell SurvivalIn silicoBiologyCleavage (embryo)In vivoGenetic Mutationddc:570EndopeptidasesChemical BiologyConsensus sequencemedicineGeneticsAnimalsHumansProtease InhibitorsBiologyCell NucleusProteaselcsh:RProteinsPharmacogeneticsSmall MoleculesMutagenesislcsh:Q
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