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<p><strong>2012</strong></p>
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<ol><li>Balatsos N. A. A., Vlachakis D., Chatzigeorgiou V., Manta S., Komiotis D., Vlassi M. and&nbsp;<strong>Stathopoulos C.</strong>&nbsp;<strong>(*)&nbsp;</strong><strong>(*)&nbsp;</strong><strong>corresponding</strong><strong>author</strong></li><li>Tsikrikonis G., Maniatis A.N., Labrou M., Ntokou E., Michail G., Daponte A.,&nbsp;<strong>Stathopoulos C.</strong>,&nbsp;Tsakris A. and Pournaras S.&nbsp;Differences in biofilm formation and virulence genes between clinical and fecal enterococcal isolates of human and animal origin.&nbsp;<em>Microbial Pathogenesis</em>&nbsp;52: 336-343.</li><li>Ntokou E.,&nbsp;<strong>Stathopoulos C.</strong>, Kristo I., Dimitroulia E., Labrou M., Makris D., Zakynhtinos E., Tsakris A. and Pournaras S. (2012) Intensive care unit outbreak caused by multiple clones of linezolid-resistant&nbsp;<em>Enterococcus faecalis</em>&nbsp;and&nbsp;<em>Enterococcus faecium</em>&nbsp;in a tertiary hospital.&nbsp;<em>J</em>&nbsp;<em>Antimicrob. Chemoth.&nbsp;</em>67: 1819-1823.</li><li>Balatsos N. A. A., Maragozidis P., Anastasakis D. and&nbsp;<strong>Stathopoulos C.</strong>&nbsp;<strong>(*) (2012)</strong>&nbsp;Modulation of poly(A)-specific ribonuclease (PARN): current knowledge and perspectives.&nbsp;<strong><em>Current Med. Chem.</em></strong>&nbsp;19: 4838-4849.&nbsp;<strong>(*) corresponding author</strong></li><li>Vlachakis D., Pavlopoulou A., Tsiliki G., Komiotis D.,&nbsp;<strong>Stathopoulos C.</strong>&nbsp;Balatsos N. and Kossida S.&nbsp;<strong>(2012)</strong>&nbsp;An intergraded&nbsp;<em>in silico</em>&nbsp;approach to design specific inhibitors targeting human poly(A)-specific ribonuclease.&nbsp;<strong><em>PLoS ONE.</em></strong>&nbsp;7: 51113.</li><li>Apostolidi M., Vourtsis D. J., Chasapis C. T.,&nbsp;<strong>Stathopoulos C.</strong>, Bentrop D. and Spyroulias G.&nbsp;<strong>(2012)</strong>&nbsp;¹H, ¹⁵N, ¹³C assignment and secondary structure determination of two domains of La protein from&nbsp;<em>D. discoideum.</em>&nbsp;<strong><em>Biomol. NMR Assign.&nbsp;</em></strong>8: 47-51.</li></ol>
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<p><strong>2013</strong></p>
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<ol><li>Karoulia Z., Nomikos M., Thanassoulas A., Papadopoulos G., Papadopoulou-Choli D., Nounessis G., Kontou M.,&nbsp;<strong>Stathopoulos C. (*)</strong>, and Leonidas D.D.&nbsp;<strong>(2013)</strong>&nbsp;Studies on the intramolecular interactions between the A1 and A2 domains of the von Willebrand factor.&nbsp;<strong><em>Protein and Peptide Lett.</em></strong>&nbsp;20: 131-140.&nbsp;<strong>(*) corresponding author</strong></li><li>Pournaras S., Köck R., Mossialos D., Mellmann A., Sakellaris V.,&nbsp;<strong>Stathopoulos C.</strong>, Friedrich A. W. and Tsakris A.&nbsp;<strong>(2013)</strong>&nbsp;Detection of a phylogenetically distinct IMP-type metallo-ß-lactamase, IMP-35, in a CC235&nbsp;<em>Pseudomonas aeruginosa</em>&nbsp;from the Dutch-German border region (Euregio).&nbsp;<strong><em>J Antimicrob. Chemoth.</em></strong>&nbsp;68: 1271-1276.</li><li>Pournaras S., Ntokou E., Zarkotou O., Ranellou K., Themeli-Digalaki K.,&nbsp;<strong>Stathopoulos C.</strong>&nbsp;and Tsakris A.&nbsp;<strong>(2013)</strong>&nbsp;Emergence of linezolid-dependent&nbsp;<em>Staphylococcus epidermidis&nbsp;</em>bloodstream isolates.&nbsp;<strong><em>Emerging Infect. Dis.</em></strong>&nbsp;19: 129-132.</li><li>Saad N. Y., Stamatopoulou V., Drainas D.,&nbsp;<strong>Stathopoulos C. (*)</strong>&nbsp;and Becker H. D.&nbsp;<strong>(2013)</strong>&nbsp;Τwo-codon T-box riboswitch binding two tRNAs.&nbsp;<strong><em>Proc. Natl. Acad. Sci.</em></strong>&nbsp;<em>USA 110</em>: 12756-12761.&nbsp;<strong>(*) corresponding author</strong></li><li>Pournaras S.,&nbsp;<strong>Stathopoulos C.</strong>&nbsp;and Tsakris A.&nbsp;<strong>(2013)&nbsp;</strong>Oxacillin-susceptible MRSA: could it become a successful MRSA type?&nbsp;<strong><em>Future Microbiology</em></strong>&nbsp;8: 1365-1367.</li></ol>
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<p><strong>2014</strong></p>
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<ol><li>Kokkori S., Apostolidi M., Tsakris A., Pournaras S.,&nbsp;<strong>Stathopoulos C. (*)</strong>&nbsp;and Dinos G.&nbsp;<strong>(2014)</strong>&nbsp;Linezolid-dependent structure and function adaptation of ribosomes from linezolid-dependent&nbsp;<em>S. epidermidis</em>.&nbsp;<strong><em>J Antimicrob. Chemoth.</em>&nbsp;</strong>58: 4651-4656.&nbsp;<strong>(*) corresponding author</strong></li></ol>
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<p><strong>2015</strong></p>
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<ol><li>Argyriou A. I., Chasapis C. T., Apostolidi M., Konstantinidou P.,&nbsp;<strong>Stathopoulos C.,&nbsp;</strong>Bentrop D. and Spyroulias G.&nbsp;<strong>(2015)</strong>&nbsp;Solution NMR assignment and secondary structure determination of RRM2 domain of La protein from a lower eukaryote exhibiting identical structural organization with its human homolog.9:&nbsp;219-222.</li><li>Chasapis C. T., Argyriou A. I., Apostolidi M., Konstantinidou P., Bentrop D.,&nbsp;<strong>Stathopoulos C.&nbsp;</strong>and Spyroulias G.&nbsp;<strong>(2015)</strong>&nbsp;<sup>1</sup>H,&nbsp;<sup>13</sup>C and&nbsp;<sup>15</sup>N backbone and side-chain resonance assignment of the La-RRM1 module of La protein from&nbsp;<em>Dictyostelium discoideum</em>.9: 303-307.</li><li>Karavassilis V., Zarkotou O., Panopoulou M., Kachrimanidou M., Digalaki K., Stylianakis A., Gennimata V., Ntokou E.,&nbsp;<strong>Stathopoulos C.</strong>, Tsakris A. and Pournaras S.&nbsp;<strong>(2015)</strong>&nbsp;Wide dissemination of linezolid-resistant&nbsp;<em>Staphylococcus epidermidis&nbsp;</em>in Greece is associated with a linezolid-dependent ST22 clone.&nbsp;<strong><em>J Antimicrob. Chemoth.</em>&nbsp;</strong>70: 1625-1629.</li><li>Apostolidi M., Saad N. Y., Drainas D., Pournaras S., Becker H. D. and&nbsp;<strong>Stathopoulos C.</strong>&nbsp;<strong>(*)</strong>&nbsp;<strong>(2015)&nbsp;</strong>A&nbsp;<em>glyS</em>&nbsp;T-box riboswitch with species-specific structural features responding to both proteinogenic and non-proteinogenic tRNA<sup>Gly</sup>&nbsp;isoacceptors.&nbsp;<strong><em>RNA</em></strong>&nbsp;21:1790-1806.&nbsp;<strong>(*) corresponding author</strong></li></ol>
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