E. D. Funder D. D. / Merck / Amgen / Boc group / Bristol-Myers Squibb / /
Country
Jordan / United States / / /
Facility
Princeton University / Plant Pathol / / /
IndustryTerm
exocyclic benzylic site / photoredox protocol / Online Published / anionic leaving / Online EDGE ARTICLE Cite / caffeine ring systems / desired a-amino arylation products / pharmaceutical research / chloro-leaving groups / heterocyclic ring systems / arylation coupling site / biological systems / Online Edge Article Published / a-amino coupling protocol / arylation protocol / a-heteroaryl amine product / non-electrophilic site / /
Organization
Princeton University / Royal Society of Chemistry / /
Person
P. O'Brien / R. A. Pascal / Jr / D. Zewge / K. R. Campos / J. I. Goldsmith / A. Klapars / J. D. Slinker / R. Rohl / C. Chen / J. J. Bouska / V / S. Bernhard / Nat / J. L. McGrath / G. Zhou / G. Barker / Christopher K. Prier / G. G. Malliaras / P. G. Dormer / D. Stead / S. H. Rosenberg / V / Y. Luo / L. R. Kleinberg / V / Yuan Hu / Amine / J. H. Waldman / / /
Position
proposed model for the observed regioselectivity / representative / T. D. / /
Amine α-heteroarylation via photoredox catalysis: a homolytic aromatic substitution pathway