“…2c). 61–64 Such pre-coordination of a strong oxidant to the heterocycle allows for C–H activation by proton-coupled electron transfer (PCET). We wondered whether coordination complexes analogous to 15 might also allow for site-selective C–H activation by proton-coupled electron transfer in contexts beyond fluorination.…”
Benzylic C–H bonds can be converted into numerous functional groups, often by mechanisms that involve hydrogen atom transfer at the key bond breaking step. The abstracting species is most often...
“…2c). 61–64 Such pre-coordination of a strong oxidant to the heterocycle allows for C–H activation by proton-coupled electron transfer (PCET). We wondered whether coordination complexes analogous to 15 might also allow for site-selective C–H activation by proton-coupled electron transfer in contexts beyond fluorination.…”
Benzylic C–H bonds can be converted into numerous functional groups, often by mechanisms that involve hydrogen atom transfer at the key bond breaking step. The abstracting species is most often...
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