000			00381nam a2200133Ia 4500
999			_c176716 _d176716
020			_a935702636
040			_cCUS
082			_a538.3 _bNAK/O
245		0	_aOne-dimensional and two-dimensional NMR spectra by modern pulse techniques/ _cedited by Koji Nakanishi
260			_aTokyo: _bKodansha, _c1990.
300			_a234p.
505			_a Part I One-dimensional FT-NMR t 'H-NMR Spectra of a-Santonin at 100 and 500MHz 2 'H-NMR Spectrum of Acetoxypachydiol Dibenzoate at 90 MHz 3 'H-NMR of Methyl 9,12-Octadecadienoate (with Shift Reagent) 4 Spin Decoupling Difference Spectrum 5 Spin Decoupling Difference Spectrum of jS-Ionone 6 Spin Decoupling Difference Spectrum of Cholic Acid Spin Decoupling Difference Spectrum of Mosesin- 2 NOE Difference Spectrum ofiS-Ionone (NOEDS) 4 NOE Difference Spectrum of Crenulacetal A to NOE Difference Spectrum of 20-Hydroxyecdysone tt NOE Difference Spectrum of Striatene t2 NOE Difference Spectrum of Ailanthone i3 Spectrum of Bassianolide Saturation Transfer t4 SPT (Selective Population Transfer) of SPT Spectrum of Aspartic Acid 16 Broadband Proton Decoupling Spectrum Off-resonance Proton Decoupling Spectrum Off-resonance Proton Decoupling Spectrum of Isobutyraldehyde Gated Proton Irradiation Spectrum of /9-on one ('H-'^C Spin-spin Couplings) Inverse Gated Proton Decoupling Spectrum of Selective Proton Decoupling Spectrum of LSPD Spectrum of^-lonone LSPD Spectrum of Salvilenone INEPT Spectrum of^-lonone DEPT Spectrum of/3-lonone DEPT Spectrum of Compactin INEPT and DEPT Without Decoupling of Tx (Longitudinal Relaxation/Spin-lattice Relaxa Tx of Cholesteryl Acetate Removal of Huge Signals(WEFT and Presaturation Methods) 1-3-3-1 and Spectrum of Sucrose Two-dimensional FT-NMR y-Resolved Spectrum of a-Santonin y-Resolved Spectrum of Mugineic Acid y-Resolved Spectrum of Semburin y-Resolved Spectrum of Trichilin-A Heteronuclear-Resolved Spectrum 7437 COSY Spectrum of Ethyl Acetate 76 65 33 COSY Spectrum of-Ionone 78 39 COSY Spectrum ofCompactin (I) 80 66 40 COSY Spectrum ofCompactin (II) 82 67 4f COSY Spectrum ofChromazonarol (I) 84 42 COSY Spectrum ofCJiromazonarol (II) 86 63 43 COSY Spectrum ofChromazonarol (III) 88 69 44 COSY Spectrum ofChromazonarol(IV) 90 70 45 COSY Spectrum ofAlbocycline 92 7t 46 COSY Spectrum ofAdenanthin 94 72 47 COSY Spectrum ofAphanamol-I 96 73 43 COSY Spectrum Emphasizing Long-range Coupling (Aphanamol-l) 98 74 49 COSY-45 Spectrum 100 50 COSY-45 Spectrum ofAphanamol-I 102 75 5f Phase-sensitive DQF-COSY Spectrum of L-Aspartic Acid (I) 104 76 52 Phase-sensitive DQF-COSY Spectrum of L-Aspartic Acid (ll) 106 77 53 Phase-sensitive DQF-COSY Spectrum of Chromazonarol (l) 108 73 54 Phase-sensitive DQF-COSY Spectrum of 79 Chromazonarol (ll) 110 30 55 HO AHA Spectrum of gramicidin S 112 56 HOHAHA Spectrum of Brevetoxin A (l) 114 3f 57 HOHAHA Spectrum of Brevetoxin A (II) 116 32 53 NOESY Spectrum of^-lonone 118 59 NOESY Spectrum of Ailanthone 120 33 60 NOESY Spectrum ofAphanamol-I 122 34 6f NOESY Spectrum of Chromazonarol 124 35 62 Phase-sensitive NOESY Spectrum Ailanthone 36 (I) 126 37 63 Phase-sensitive NOESY Spectrum of Ailanthone 33 (II) 128 39 64 Phase-sensitive NOESY Spectrum of Gramicidin S 130 90 Phase-sensitive NOESY Spectrum of DNA 12-mer J32 Phase-sensitive NOESY Spectrum of Bassanolide 134 ROESY (CAMELSPIN)Spectrum of Gramicidin H,C-COSY Spectrum of-Menthol 140 H,C-COSY Spectrum of Compactin (I) 142 H,C-COSY Spectrum of Compactin (II) 144 H,C-COSY Spectrum of Aphzmamol-I 146 H,C-COSY Spectrum of Metasequoia Acid A (I) 148 H,C-COSY Spectrum of Metasequoia Acid A (n) 150 H,C-COSY Spectrum of Methyl 2,3, 5-tri-O-acetyl-^-D-ribofuranoside (II) 154 H,P-COSY Spectrum of Lipid A 156 Phase-sensitive H,C-COSY Spectrum of Strychnine 158 HMQC Spectrum of Strychnine 160 Long-range H,C-COSY Spectrum of-lonone 162 COLOC Spectrum of Dictyotalide B 164 Long-range H,C-COSY Spectrum of Compactin 166 HMBC Spectrum of Strychnine 168 HMBC Spectrum of Cyanoviridin RR (I) 170 HMBC Spectrum of Cyanoviridin RR (II) 172 Relayed H,C-COSY of-Santonin 174 Relayed H,C-COSY/HOHAHA of a-Santonin 176
942			_cWB16