Journal of the American Chemical Society
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The authors wish to thank the NSF under the CCI Center for Se-
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lective C–H Functionalization (CCHF) (CHE-1205646), CHE-
1212767 for support, the Novartis Institutes for Biomedical Re-
search Incorporated for the donation of samples to the CCHF, and
CHE-1361104. Calculations were performed on the Hoffman2
cluster at UCLA and the Extreme Science and Engineering Dis-
covery Environment (XSEDE), which is supported by the NSF.
The Shanghai Institute of Organic Chemistry (SIOC) and S.-L.
You are thanked for a postdoctoral fellowship to W.-B.L. D.P.S
thanks the CCI Center for Selective C–H Functionalization for
support and the Blackmond group (TSRI) for their assistance and
hospitality. A.A.T. is grateful to Bristol-Myers Squibb, the Res-
nick Sustainability Institute at Caltech, and to Dow Chemical for
predoctoral fellowship as well as to NSERC for a PGS D fellow-
ship. M.O. is indebted to the Einstein Foundation (Berlin) for an
endowed professorship. N.N. thanks Florida Tech for sabbatical
leave and thanks B.M.S. and Caltech for hosting him in their re-
search labs. We thank J. Buss (Caltech), N. Thompson (Caltech),
Prof. Krenske (University of Queensland), and Prof. Jenkins
(Griffith Univ.) for helpful discussions. The Peters, Bercaw, and
Agapie groups (Caltech) are thanked for instrumentation. We
thank Dr. Angelo Di Bilio for assistance in recording EPR spec-
tra, Dr. Dave VanderVelde for NMR expertise, and Dr. Mona
Shahgholi and Dr. Naseem Torian for mass spectrometry assis-
tance (Caltech). We thank Claude Y. Legault for CYLView, used
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Friedel–Crafts silylation of electron rich arenes were also reported
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