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Results: 1-8 |
Results: 8
TETRAETHYLENE GLYCOL-DERIVED SPACER FOR OLIGONUCLEOTIDE SYNTHESIS
Authors: GUNZENHAUSER S BIALA E STRAZEWSKI P
Citation: S. Gunzenhauser et al., TETRAETHYLENE GLYCOL-DERIVED SPACER FOR OLIGONUCLEOTIDE SYNTHESIS, Tetrahedron letters, 39(35), 1998, pp. 6277-6280
SYNTHESIS OF 3'-AZIDO-3'-DEOXYADENOSINE AND 3'-AMINO-3'-DEOXYADENOSINE IN BOTH ENANTIOMERIC FORMS
Authors: BOTTA O MOYROUD E LOBATO C STRAZEWSKI P
Citation: O. Botta et al., SYNTHESIS OF 3'-AZIDO-3'-DEOXYADENOSINE AND 3'-AMINO-3'-DEOXYADENOSINE IN BOTH ENANTIOMERIC FORMS, Tetrahedron, 54(44), 1998, pp. 13529-13546
MUST WE MAKE A PLEA FOR CHEMISTRY
Authors: STRAZEWSKI P
Citation: P. Strazewski, MUST WE MAKE A PLEA FOR CHEMISTRY, Chimia, 51(3), 1997, pp. 69-75
SYNTHESIS OF (N-15(2))[O-17]UREA, (N-15(2))[O-2,O-4-O-17(2)]URIDINE, AND (N-15(3))[O-2-O-17]CYTIDINE
Authors: AMANTEA A HENZ M STRAZEWSKI P
Citation: A. Amantea et al., SYNTHESIS OF (N-15(2))[O-17]UREA, (N-15(2))[O-2,O-4-O-17(2)]URIDINE, AND (N-15(3))[O-2-O-17]CYTIDINE, Helvetica Chimica Acta, 79(1), 1996, pp. 244-254
SYNTHESIS AND N-15-NMR AND O-17-NMR SPECTRA OF 5-METHYL(N-15(2))[O-2,O-4-O-17(2)]URIDINE (=(N-15(2))[O-2,O-4-O-17(2)]RIBOSYLTHYMINE)
Authors: AMANTEA A WALSER M SEQUIN U STRAZEWSKI P
Citation: A. Amantea et al., SYNTHESIS AND N-15-NMR AND O-17-NMR SPECTRA OF 5-METHYL(N-15(2))[O-2,O-4-O-17(2)]URIDINE (=(N-15(2))[O-2,O-4-O-17(2)]RIBOSYLTHYMINE), Helvetica Chimica Acta, 78(5), 1995, pp. 1106-1111
CALCULATING THE THERMODYNAMICS OF WEAKLY HYDROGEN-BONDED COMPLEXES FROM HETERONUCLEAR NMR DATA - BASE-PAIRING STABILITIES OF A 5-METHYL(N-15(2))[O-2,O-4-O-17(2)]URIDINE (=(N-15(2))[O-2,O-4-O-17(2)]RIBOSYLTHYMINE) DERIVATIVE, AND STRUCTURAL IMPLICATIONS
Authors: STRAZEWSKI P
Citation: P. Strazewski, CALCULATING THE THERMODYNAMICS OF WEAKLY HYDROGEN-BONDED COMPLEXES FROM HETERONUCLEAR NMR DATA - BASE-PAIRING STABILITIES OF A 5-METHYL(N-15(2))[O-2,O-4-O-17(2)]URIDINE (=(N-15(2))[O-2,O-4-O-17(2)]RIBOSYLTHYMINE) DERIVATIVE, AND STRUCTURAL IMPLICATIONS, Helvetica Chimica Acta, 78(5), 1995, pp. 1112-1143
BIOSYNTHETIC PRODUCTION OF [N-2,1,3,7,9,N-15]GUANOSINE AND [1,3,7,9-N-15]INOSINE AND CONVERSION INTO [N-6,1,3,7,9-N-15]ADENOSINE FOR STRUCTURE ELUCIDATION OF RNA BY HETERONUCLEAR NMR
Authors: NIEMANN AC MEYER M ENGELOCH T BOTTA O HADENER A STRAZEWSKI P
Citation: Ac. Niemann et al., BIOSYNTHETIC PRODUCTION OF [N-2,1,3,7,9,N-15]GUANOSINE AND [1,3,7,9-N-15]INOSINE AND CONVERSION INTO [N-6,1,3,7,9-N-15]ADENOSINE FOR STRUCTURE ELUCIDATION OF RNA BY HETERONUCLEAR NMR, Helvetica Chimica Acta, 78(2), 1995, pp. 421-439
STRUCTURE OF A MISPAIRED RNA DOUBLE HELIX AT 1.6-A RESOLUTION AND IMPLICATIONS FOR THE PREDICTION OF RNA SECONDARY STRUCTURE
Authors: CRUSE WBT SALUDJIAN P BIALA E STRAZEWSKI P PRANGE T KENNARD O
Citation: Wbt. Cruse et al., STRUCTURE OF A MISPAIRED RNA DOUBLE HELIX AT 1.6-A RESOLUTION AND IMPLICATIONS FOR THE PREDICTION OF RNA SECONDARY STRUCTURE, Proceedings of the National Academy of Sciences of the United Statesof America, 91(10), 1994, pp. 4160-4164
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