Tandem repeat proteins form a distinct class of structures of great relevance due to their connection to neurodegenerative diseases and their functions in human health. Starting from RAPHAEL, a solenoid detection tool, a new method is devised.The principal aim of this work is the upgrade of RAPHAEL to achieve a deeper level of classification of tandem repeats. RAPHAEL2.0 demonstrates to obtain good performances in detection and prediction of different classes of repeats.
Automatic classification of repeat proteins with RAPHAEL
Tiberti, Gabriele
2014/2015
Abstract
Tandem repeat proteins form a distinct class of structures of great relevance due to their connection to neurodegenerative diseases and their functions in human health. Starting from RAPHAEL, a solenoid detection tool, a new method is devised.The principal aim of this work is the upgrade of RAPHAEL to achieve a deeper level of classification of tandem repeats. RAPHAEL2.0 demonstrates to obtain good performances in detection and prediction of different classes of repeats.File in questo prodotto:
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.12608/18719