The transient IR absorption spectrum for UV-excited i-motif DNA is reported for the first time and found to possess complex dynamics pointing to multiple decay processes, including possible charge transfer between packed hemi-protonated C bases.European Commission - Seventh Framework Programme (FP7)Science Foundation Irelan
The role of N1-substitution in controlling the deactivation processes in photoexcited cytosine deriv...
Absorption of ultraviolet light by DNA is known to lead to carcinogenic mutations, but the processes...
The i-motif is a DNA structure formed by cytosine-rich sequences that consists of parallel- stranded...
The transient IR absorption spectrum for UV-excited i-motif DNA is reported for the first time and f...
UV-generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
UV-generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
UV?generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
The decay pathways of UV-excited cytosine polymers are investigated using picosecond time-resolved i...
Mathematical and Physical Sciences: 3rd Place (The Ohio State University Edward F. Hayes Graduate Re...
UV excitation of the DNA single strand (dT)(18) leads to electronically excited states that are pote...
The i-motif is a DNA structure formed by cytosine-rich sequences, very relevant from a biochemical p...
Recently, the presence of i-motif structures at C-rich sequences in human cells and their regulatory...
International audienceDark DNA light: Dark excited states of alternating GC double strands emit fluo...
We have studied the excited-state dynamics for the i-motif form of cytosine chains (dC)10, using the...
We report the results of an extended time-resolved study of DNA nucleobases in aqueous solutions con...
The role of N1-substitution in controlling the deactivation processes in photoexcited cytosine deriv...
Absorption of ultraviolet light by DNA is known to lead to carcinogenic mutations, but the processes...
The i-motif is a DNA structure formed by cytosine-rich sequences that consists of parallel- stranded...
The transient IR absorption spectrum for UV-excited i-motif DNA is reported for the first time and f...
UV-generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
UV-generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
UV?generated excited states of cytosine (C) nucleobases are precursors to mutagenic photoproduct for...
The decay pathways of UV-excited cytosine polymers are investigated using picosecond time-resolved i...
Mathematical and Physical Sciences: 3rd Place (The Ohio State University Edward F. Hayes Graduate Re...
UV excitation of the DNA single strand (dT)(18) leads to electronically excited states that are pote...
The i-motif is a DNA structure formed by cytosine-rich sequences, very relevant from a biochemical p...
Recently, the presence of i-motif structures at C-rich sequences in human cells and their regulatory...
International audienceDark DNA light: Dark excited states of alternating GC double strands emit fluo...
We have studied the excited-state dynamics for the i-motif form of cytosine chains (dC)10, using the...
We report the results of an extended time-resolved study of DNA nucleobases in aqueous solutions con...
The role of N1-substitution in controlling the deactivation processes in photoexcited cytosine deriv...
Absorption of ultraviolet light by DNA is known to lead to carcinogenic mutations, but the processes...
The i-motif is a DNA structure formed by cytosine-rich sequences that consists of parallel- stranded...