… ionization energy induces substantial fragmentation. The direct … of nucleobases with the
electric field of a slow highly charged … HCI-induced ionization and fragmentation of diatomic and …

… the fragmentation behavior of highly charged oligodeoxynucleotides (ODNs) comprising up
to 15 nucleobases … states, which led to the conclusion that the main driving force for charged …

… nucleobases uracil and thymine by means of coincidence time-of-flight spectrometry. Our
measurements clearly show that fragment … 5–25) with nucleobases we extended our studies to …

… in which nucleobase oxidation by Cu II was driven by collision… Charging is achieved by
electrospray ionization to protonate … 325) and the next generation fragment ion by loss of acetone …

… charged ions with the isolated nucleobases uracil, thymine, and adenine, and with their clusters.
Already for small clusters, fragmentation … induced fragmentation of isolated nucleobases …

… Indeed, charged nucleobases have been implicated in RNA catalysis … nucleobase catalysis
and the complications involved in developing these mechanisms. We also consider driving …

… driven by the interaction between the 5′-end nucleobase and the 2′-H proton of the sugar
moiety, as demonstrated previously, accounting for a charge driven fragmentation process. …

… , numerous fragmentation pathways have been identified, including various sequence-determining
ions resulting from backbone cleavage, neutral or charged nucleobase losses from …

… keV multi-charge carbon ions. It is shown that the dissociation of the nucleobase, regardless
… particles, leads to similar fragments with the same mass–charge ratio (m/z). Particularly, the …

… a charged precursor, which is then photoexcited by a UV laser (see, eg, the reviews (13,14)).
Protonated nucleobases … , thus driving the excess energy into fragmentation of the weakest …