Helm, Mark 
; Bohnsack, Markus T. ; Carell, Thomas ; Dalpke, Alexander ; Entian, Karl-Dieter ; Ehrenhofer-Murray, Ann ; Ficner, Ralf ; Hammann, Christian ; Höbartner, Claudia ; Jäschke, Andres ; Jeltsch, Albert ; Kaiser, Stefanie ; Klassen, Roland ; Leidel, Sebastian A. ; Marx, Andreas ; Mörl, Mario ; Meier, Jochen C. ; Meister, Gunter ; Rentmeister, Andrea ; Rodnina, Marina ; Roignant, Jean-Yves ; Schaffrath, Raffael ; Stadler, Peter ; Stafforst, Thorsten
; Bohnsack, Markus T. ; Carell, Thomas ; Dalpke, Alexander ; Entian, Karl-Dieter ; Ehrenhofer-Murray, Ann ; Ficner, Ralf ; Hammann, Christian ; Höbartner, Claudia ; Jäschke, Andres ; Jeltsch, Albert ; Kaiser, Stefanie ; Klassen, Roland ; Leidel, Sebastian A. ; Marx, Andreas ; Mörl, Mario ; Meier, Jochen C. ; Meister, Gunter ; Rentmeister, Andrea ; Rodnina, Marina ; Roignant, Jean-Yves ; Schaffrath, Raffael ; Stadler, Peter ; Stafforst, Thorsten 
Zusammenfassung
The chemical biology of native nucleic acid modifications has seen an intense upswing, first concerning DNA modifications in the field of epigenetics and then concerning RNA modifications in a field that was correspondingly rebaptized epitranscriptomics by analogy. The German Research Foundation (DFG) has funded several consortia with a scientific focus in these fields, strengthening the ...
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