State-dependent fragmentation of protonated uracil and uridine
M Pitzer, C Ozga, C Kustner-Wetekam… - The Journal of …, 2019 - ACS Publications
Action spectroscopy using photon excitation in the VUV range (photon energy 4.5–9 eV)
was performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with …
was performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with …
State-Dependent Fragmentation of Protonated Uracil and Uridine
M Pitzer, C Ozga… - Journal of …, 2019 - weizmann.elsevierpure.com
Action spectroscopy using photon excitation in the VUV range (photon energy 4.5-9 eV) was
performed on protonated uracil (UraH (+)) and uridine (UrdH (+)). The precursor ions with …
performed on protonated uracil (UraH (+)) and uridine (UrdH (+)). The precursor ions with …
State-dependent fragmentation of protonated uracil and uridine
M Pitzer, C Ozga, C Küstner-Wetekam, P Reiß… - arXiv preprint arXiv …, 2019 - arxiv.org
Tandem mass spectroscopy ($\textrm {MS}^ 2$) combined with single photon excitation in
the VUV range (photon energy 4.5-9 eV) was performed on protonated uracil ($\textrm …
the VUV range (photon energy 4.5-9 eV) was performed on protonated uracil ($\textrm …
State-dependent fragmentation of protonated uracil and uridine
M Pitzer, C Ozga, C Küstner-Wetekam… - Journal of Physics …, 2020 - search.proquest.com
Abstract Protonated uracil (m/z 113) and uridine (m/z 245) were exposed to synchrotron
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
State-Dependent Fragmentation of Protonated Uracil and Uridine
M Pitzer, C Ozga… - The journal of …, 2019 - pubmed.ncbi.nlm.nih.gov
Action spectroscopy using photon excitation in the VUV range (photon energy 4.5-9 eV) was
performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with m/z …
performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with m/z …
State-Dependent Fragmentation of Protonated Uracil and Uridine
M Pitzer, C Ozga, C Küstner-Wetekam… - Journal of Physical …, 2019 - ui.adsabs.harvard.edu
Abstract Tandem mass spectroscopy ($\textrm {MS}^ 2$) combined with single photon
excitation in the VUV range (photon energy 4.5-9 eV) was performed on protonated uracil …
excitation in the VUV range (photon energy 4.5-9 eV) was performed on protonated uracil …
State-Dependent Fragmentation of Protonated Uracil and Uridine.
M Pitzer, C Ozga, C Küstner-Wetekam… - The Journal of …, 2019 - europepmc.org
Action spectroscopy using photon excitation in the VUV range (photon energy 4.5-9 eV) was
performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with m/z …
performed on protonated uracil (UraH+) and uridine (UrdH+). The precursor ions with m/z …
State-dependent fragmentation of protonated uracil and uridine
M Pitzer, C Ozga… - Journal of …, 2020 - … .esploro.exlibrisgroup.com
Abstract Protonated uracil (m/z 113) and uridine (m/z 245) were exposed to synchrotron
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
State-dependent fragmentation of protonated uracil and uridine
M Pitzer, C Ozga, C Küstner-Wetekam… - Journal of Physics …, 2020 - iopscience.iop.org
Synopsis Protonated uracil (m/z 113) and uridine (m/z 245) were exposed to synchrotron
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
radiation in the photon energy range of 4.5 to 9 eV. The yield of various fragments as a …
State-Dependent Fragmentation of Protonated Uracil and Uridine
M Pitzer, C Ozga… - Journal of …, 2019 - weizmann.esploro.exlibrisgroup.com
Action spectroscopy using photon excitation in the VUV range (photon energy 4.5-9 eV) was
performed on protonated uracil (UraH (+)) and uridine (UrdH (+)). The precursor ions with …
performed on protonated uracil (UraH (+)) and uridine (UrdH (+)). The precursor ions with …