Gramicidin S analogs with a D-Ala, Gly, or L-Ala residue in place of the D-Phe residue: Molecular conformations and interactions with phospholipid membrane The proton nmr and CD spectra of gramicidin S (GS) cyclic-(Val1,1′-Orn2,2′-Leu3,3′-D-Phe4,4′-Pro5,5′)2 and of GS ...
Proton and deuterium NMR spectra of oriented acetone and DMSOdoi:10.1016/0022-2364(73)90089-9MZ̆aucerandAĂzmanSDOSJournal of Magnetic Resonance
Proton nmr parameters are reported for DMSO-d6 solutions of two receptor-selective substance P analogues: Ac[Arg6, Pro9]SP6-11, which is selective for the NK-1 (SP-P) receptor and [pGlu6, N-MePhe8]SP6-11, which selectively activates the NK-3 (SP-N) receptor. Full peak assignments...
Proton nmr parameters are reported for DMSO-d6 solutions of two receptor-selective substance P analogues: Ac[Arg6, Pro9]SP6-11, which is selective for the NK-1 (SP-P) receptor and [pGlu6, N-MePhe8]SP6-11, which selectively activates the NK-3 (SP-N) receptor. Full peak assignments...
Proton nmr parameters are reported for DMSO-d6 solutions of two receptor-selective substance P analogues: Ac[Arg6, Pro9]SP6-11, which is selective for the NK-1 (SP-P) receptor and [pGlu6, N-MePhe8]SP6-11, which selectively activates the NK-3 (SP-N) receptor. Full peak assignments...
6 (p 51-64)]]>Proton nmr parameters are reported for DMSO-d 6 solutions of two receptor-selective substance P analogues: Ac[Arg 6 , Pro 9 ]SP 6-11 , which is selective for the NK-1 (SP-P) receptor and [pGlu 6 , N-MePhe 8 ]SP 6-11 , which selectively activates the NK-3...
ChemInform Abstract: THE SUBSTITUENT EFFECT PART 5, NMR CHEMICAL SHIFTS OF HYDROGENBONDING HYDROXYL PROTON OF PHENOLS IN DMSOmagnetic resonance, nuclear quadrupole resonance (organic substancesstructure (organic substancesmonovalent phenolsNo abstract is available for this article.doi:10.1002/chin.197540050...
ChemInform Abstract: THE SUBSTITUENT EFFECT PART 5, NMR CHEMICAL SHIFTS OF HYDROGENBONDING HYDROXYL PROTON OF PHENOLS IN DMSOdoi:10.1002/chin.197540050MIZUEFUJIOMASAAKIMISHIMAYUHOTSUNOYASUHIDEYUKAWAYOSHIOTAKAIWileyChemischer Informationsdienst