The molecule behind every essential pathway of life.
A multidisciplinary group studying the dynamic networks of RNA biology — from tRNA biogenesis and riboswitches to non-coding RNAs and mRNA turnover in human disease.
RNA holds a central role as an essential modulator of a wide network of reactions in all domains of life. High-throughput methods keep uncovering new roles, and the group’s work spans six connected areas.
Dynamic networks of tRNA biogenesis, aminoacylation and signalling in human
The role of rRNA in antibiotic resistance
Identification of novel miRNAs and tRFs in various human disease models
Regulation of multiple pathways by tRNA-dependent riboswitches (T-boxes) in pathogens
Characterisation of essential enzymes with a role in mRNA turnover
Studies on RNA-related proteins that modulate its regulatory role
A riboswitch-driven era of new antibacterials.Giarimoglou N., Kouvela A., Maniatis A., Papakyriakou A., Zhang J., Stamatopoulou V. & Stathopoulos C.Antibiotics (Basel) 11:1243 2022
NMR analysis suggests synergy between the RRM2 and the carboxy-terminal segment of human La protein in the recognition and interaction with HCV IRES.Argyriou A.I., Machaliotis G.A., Makrynitsa G.I., Kaliatsi E.G., Stathopoulos C. & Spyroulias G.A.Int J Mol Sci 24:2572 2023
Noncoding RNA circuitry in melanoma onset, plasticity, and therapeutic response.Grafanaki K., Grammatikakis I., Ghosh A., Gopalan V., Olgun G., Liu H., Kyriakopoulos G.C., Skeparnias I., Georgiou S., Stathopoulos C., Hannenhalli S., Merlino G., Marie K.L. & Day C.P.Pharmacol Ther 248:108466 2023
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We host undergraduate, MSc, PhD and postdoctoral researchers working across RNA biology.