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Affinity crystallography: a new approach to extracting high-affinity enzyme inhibitors from natural extracts
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Aguda, Adeleke H., Lavallee, Vincent, Cheng, Ping, Bott, Tina, Meimetis, Labros G., Law, Simon, Nguyen, Nham T., Williams, David E., Kaleta, Jadwiga, Villanueva, Ivan, Davies, Julian, Andersen, Raymond J., Brayer, Gary D., Brömme, Dieter
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2016
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Coordination chemistry of [CH2(PPh2) (P(Y)R2)] and [CH(PPh2)(P(Y)R2)]−, Y = S or Se, R = Ph or tBu: rhodium, iridium and ruthenium complexes; 13C 31P, and 77 Se NMR studies; and the crystal and molecular structures of [Ir(cod)CH2(PPh2)(P(S)tBu2)-P,S]BF4 · CHCl3, [Rh(cod)CH2(PPh2)(P(S)tBu2)-P,SClO4 · CH2Cl2 [Rh(cod)CH(PPh2) (P(S)Ph2)-P,S] and [RuCl2(p-cymene)CH2(PPh2)(P(S) Ph2) -P] · CH2Cl2
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Browning, Jane, Bushnell, Gordon W., Dixon, Keith R., Hilts, Robert
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1992
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Double activation of the geminal carbon−hydrogen bonds in 1,3-butadiene by a diiridium complex
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Ristic Petrovic, Dusan, Torkelson, Jeffrey R., Hilts, Robert, McDonald, Robert, Cowie, Martin
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2000
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Facile synthesis of Au@α-Fe2O3@RGO ternary nanocomposites for enhanced electrochemical sensing of caffeic acid toward biomedical applications
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Bharath, G., Alhseinat, E., Madhu, R., Mugo, Samuel, Alwasel, S., Harrath, A. H.
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2018
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