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Breinlinger, Eric, Niemz, Angelika, Rotello, Vincent M. (1995) Model Systems for Flavoenzyme Activity. Stabilization of the Flavin Radical Anion through Specific Hydrogen Bond Interactions. Journal Of The American Chemical Society, 117 (19) 5379-5380 doi:10.1021/ja00124a029

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Reference TypeJournal (article/letter/editorial)
TitleModel Systems for Flavoenzyme Activity. Stabilization of the Flavin Radical Anion through Specific Hydrogen Bond Interactions
JournalJournal Of The American Chemical Society
AuthorsBreinlinger, EricAuthor
Niemz, AngelikaAuthor
Rotello, Vincent M.Author
Year1995 (May)Volume117
Issue19
PublisherAmerican Chemical Society (ACS)
DOIdoi:10.1021/ja00124a029Search in ResearchGate
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Mindat Ref. ID1490376Long-form Identifiermindat:1:5:1490376:2
GUID0
Full ReferenceBreinlinger, Eric, Niemz, Angelika, Rotello, Vincent M. (1995) Model Systems for Flavoenzyme Activity. Stabilization of the Flavin Radical Anion through Specific Hydrogen Bond Interactions. Journal Of The American Chemical Society, 117 (19) 5379-5380 doi:10.1021/ja00124a029
Plain TextBreinlinger, Eric, Niemz, Angelika, Rotello, Vincent M. (1995) Model Systems for Flavoenzyme Activity. Stabilization of the Flavin Radical Anion through Specific Hydrogen Bond Interactions. Journal Of The American Chemical Society, 117 (19) 5379-5380 doi:10.1021/ja00124a029
In(1995, May) Journal Of The American Chemical Society Vol. 117 (19) American Chemical Society (ACS)

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Breinlinger, Eric C., Rotello, Vincent M. (1997) Model Systems for Flavoenzyme Activity. Modulation of Flavin Redox Potentials through π-Stacking Interactions. Journal Of The American Chemical Society, 119 (5) 1165-1166 doi:10.1021/ja9612110
Goodman, Allan J., Breinlinger, Eric C., McIntosh, Catherine M., Grimaldi, Lisa N., Rotello, Vincent M. (2001) Model Systems for Flavoenzyme Activity. Control of Flavin Recognition via Specific Electrostatic Interactions. Organic Letters, 3. 1531-1534 doi:10.1021/ol015838l
Greaves, Michael D., Rotello, Vincent M. (1997) Model Systems for Flavoenzyme Activity. Specific Hydrogen Bond Recognition of Flavin in a Silicate Sol-Gel. Journal Of The American Chemical Society, 119 (44) 10569-10572 doi:10.1021/ja971175k
Niemz, Angelika, Imbriglio, Jason, Rotello, Vincent M. (1997) Model Systems for Flavoenzyme Activity:  One- and Two-Electron Reduction of Flavins in Aprotic Hydrophobic Environments. Journal Of The American Chemical Society, 119 (5) 887-892 doi:10.1021/ja963704a
Deans, Robert, Niemz, Angelika, Breinlinger, Eric C., Rotello, Vincent M. (1997) Electrochemical Control of Recognition Processes. A Three-Component Molecular Switch. Journal Of The American Chemical Society, 119 (44) 10863-10864 doi:10.1021/ja9728740
Cuello, Alejandro O., McIntosh, Catherine M., Rotello, Vincent M. (2000) Model Systems for Flavoenzyme Activity. The Role of N(3)−H Hydrogen Bonding in Flavin Redox Processes. Journal Of The American Chemical Society, 122 (14) 3517-3521 doi:10.1021/ja994204v
Breinlinger, Eric C., Keenan, Christopher J., Rotello, Vincent M. (1998) Modulation of Flavin Recognition and Redox Properties through Donor Atom−π Interactions. Journal Of The American Chemical Society, 120 (34) 8606-8609 doi:10.1021/ja9809556
Legrand, Yves-Marie, Gray, Mark, Cooke, Graeme, Rotello, Vincent M. (2003) Model Systems for Flavoenzyme Activity:  Relationships between Cofactor Structure, Binding and Redox Properties. Journal Of The American Chemical Society, 125 (51) 15789-15795 doi:10.1021/ja036940b
Niemz, Angelika, Cuello, Alejandro, Steffen, L. Kraig, Plummer, Benjamin F., Rotello, Vincent M. (2000) Electron Confinement in Structurally Constrained σ-Bonded π-Systems. An Experimental and Density Functional Investigation. Journal Of The American Chemical Society, 122 (19) 4798-4802 doi:10.1021/ja9944148
Greaves, Michael D., Niemz, Angelika, Rotello, Vincent M. (1999) Control of One- versus Two-Electron Reduction of Ubiquinone via Redox-Dependent Recognition. Journal Of The American Chemical Society, 121 (1) 266-267 doi:10.1021/ja982451d
Rotello, Vincent M. (1997) Modification of Spin Density Distribution via Specific Hydrogen Bond Interactions:  An Experimental, UHF, and Density Functional Study. Journal Of The American Chemical Society, 119 (29) 6833-6836 doi:10.1021/ja970801a
 
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