Structural aspects and evolutionary implications of the recognition between tRNAs and aminoacyl-tRNA synthetasesMORAS, D.Biochimie (Paris). 1993, Vol 75, Num 8, pp 651-657, issn 0300-9084Article

ETUDE STRUCTURALE DES CRYPTATES. III. STRUCTURE CRISTALLINE ET MOLECULAIRE DU CRYPTATE DE SODIUM C₁₈H₃₆N₂O₆. NAIMORAS D; WEISS R.1973; ACTA CRYSTALLOGR., B; DANEM.; DA. 1973; VOL. 29; NO 3; PP. 396-399; ABS. ANGL.; BIBL. 13 REF.Serial Issue

ETUDE STRUCTURALE DES CRYPTATES. V. STRUCTURE CRISTALLINE ET MOLECULAIRE DU CRYPTATE DE THALLIUM C₁₈H₃₆N₂O₆, HCOOTL.H₂OMORAS D; WEISS R.1973; ACTA CRYSTALLOGR., B; DANEM.; DA. 1973; VOL. 29; NO 5; PP. 1059-1063; ABS. ANGL.; BIBL. 19 REF.Serial Issue

Structural and functional relationships between aminoacyl-tRNA synthetasesMORAS, D.Trends in biochemical sciences (Amsterdam. Reference ed.). 1992, Vol 17, Num 4, pp 159-164, issn 0376-5067Article

THE H₃O⁺ CATION: MOLECULAR STRUCTURE OF AN OXONIUM-MACROCYCLIC POLYETHER COMPLEXBEHR JP; DUMAS P; MORAS D et al.1982; J. AM. CHEM. SOC.; ISSN 0002-7863; USA; DA. 1982; VOL. 104; NO 17; PP. 4540-4543; BIBL. 22 REF.Article

ETUDE STRUCTURALE DES CRYPTATES. I. STRUCTURE CRISTALLINE ET MOLECULAIRE DU "CRYPTATE DE POTASSIUM" C₁₈H₃₆N₂O₆. KIMORAS D; METZ B; WEISS R et al.1973; ACTA CRYSTALLOGR., B; DANEM.; DA. 1973; VOL. 29; NO 3; PP. 383-388; ABS. ANGL.; BIBL. 23 REF.Serial Issue

REACTION OF FE₂(CO)₉ WITH A DITHIOPHOSPHINATE: X-RAY CRYSTAL STRUCTURES OF TWO COMPLEXES FORMED BY SELECTIVE CLEAVAGE OF THE THIOPHOSPHORYL BONDMATHEY F; COMARMOND MB; MORAS D et al.1979; J. CHEM. SOC., CHEM. COMMUNIC.; GBR; DA. 1979; NO 9; PP. 417-418; BIBL. 4 REF.Article

ETUDE STRUCTURALE DES CRYPTATES. II. STRUCTURE CRISTALLINE ET MOLECULAIRE DES "CRYPTATES DE RUBIDIUM ET DE CESIUM", C₁₈H₃₆N₂.O₆RBSCN.H₂O ET C₁₈H₃₆N₂O₆.CSSCN.H₂OMORAS D; METZ B; WEISS R et al.1973; ACTA CRYSTALLOGR., B; DANEM.; DA. 1973; VOL. 29; NO 3; PP. 388-395; ABS. ANGL.; BIBL. 11 REF.Serial Issue

Crystallization of DNATIMSIT, Y; MORAS, D.Methods in enzymology. 1992, Vol 211, pp 409-429, issn 0076-6879Article

CAVITIES IN MACROBICYCLIC LIGANDS AND COMPLEXATION SELECTIVITY. CRYSTAL STRUCTURES OF TWO CRYPTATES, /NA⁺ INCLUS DANS 221/.SCN^- AND /K⁺ INCLUS DANS 221/.SCN^-.MATHIEU F; METZ B; MORAS D et al.1978; J. AMER. CHEM. SOC.; USA; DA. 1978; VOL. 100; NO 14; PP. 4412-4416; BIBL. 17 REF.Article

THREE-DIMENSIONAL STRUCTURE OF D-GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASEBUEHNER M; FORD GC; MORAS D et al.1974; J. MOLEC. BIOL.; G.B.; DA. 1974; VOL. 90; NO 1; PP. 25-49; H.T. 5; BIBL. 2P.1/2Article

The aminoacylation of transfer RNAs : a structural point of viewMORAS, D; REES, B.Bulletin de la Société chimique de France. 1996, Vol 133, Num 7-8, pp 661-667, issn 0037-8968Article

Les aminoacyl-ARNt synthétases et l'origine du code génétique = Aminoacyl-tRNA synthetases and the origin of the genetic codeMORAS, D; THIERRY, J.-C.MS. Médecine sciences. 1996, Vol 12, pp 11-16, issn 0767-0974, NSArticle

SEQUENCE VARIABILITY AND STRUCTURE OF D-GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASE.OLSEN KW; MORAS D; ROSSMANN MG et al.1975; J. BIOL. CHEM.; U.S.A.; DA. 1975; VOL. 250; NO 24; PP. 9313-9321; BIBL. 21 REF.Article

Groove-backbone interaction in B-DNA : implication for DNA condensation and recombinationTIMSIT, Y; MORAS, D.Journal of molecular biology. 1991, Vol 221, Num 3, pp 919-940, issn 0022-2836Article

CRYSTAL STRUCTURE OF A POLYFUNCTIONAL MACROCYCLIC K⁺ COMPLEX PROVIDES A SOLID-STATE MODEL OF A K⁺ CHANNELBEHR JP; LEHN JM; DOCK AC et al.1982; NATURE (LOND.); ISSN 0028-0836; GBR; DA. 1982; VOL. 295; NO 5849; PP. 526-527; BIBL. 18 REF.Article

CRYSTALLOGRAPHIC STUDIES ON THE ASPARTYL-TRNA SYNTHETASE-TRNA^ASP SYSTEM FROM YEAST: THE CRYSTALLINE AMINOACYL-TRNA SYNTHETASEDIETRICH A; GIEGE R; COMARMOND MB et al.1980; J. MOLEC. BIOL.; GBR; DA. 1980; VOL. 138; NO 1; PP. 129-135; BIBL. 19 REF.Article

FORMATION OF A CATALYTICALLY ACTIVE COMPLEXE BETWEEN TRNA^ASP AND ASPARTYL-TRNA SYNTHETASE FROM YEAST IN HIGH CONCENTRATIONS OF AMMONIUM SULPHATEGIEGE R; LORBER B; EBEL JP et al.1982; BIOCHIMIE; ISSN 0300-9084; FRA; DA. 1982; VOL. 64; NO 5; PP. 357-362; ABS. FRE; BIBL. 44 REF.Article

An attempt to unify the structure of polymerasesDELARUE, M; POCH, O; MORAS, D et al.Protein engineering (Print). 1990, Vol 3, Num 6, pp 461-467, issn 0269-2139, 7 p.Article

INTERACTIONS OF YEAST VALYL TRNA SYNTHETASE WITH RNAS AND CONFORMATIONAL CHANGES OF THE ENZYMEZACCAI G; MORIN P; JACROT B et al.1979; J. MOLEC. BIOL.; GBR; DA. 1979; VOL. 129; NO 3; PP. 483-500; BIBL. 1 P.Article

Base-pairing shift in the major groove of (CA)_n tracts by B-DNA crystal structuresTIMSIT, Y; VILBOIS, E; MORAS, D et al.Nature (London). 1991, Vol 354, Num 6349, pp 167-170, issn 0028-0836Article

Single-crystal diffractometry: strategy for rapidly decaying poorly diffracting crystalsFISCHER, J; MORAS, D; THIERRY, J. C et al.Journal of applied crystallography. 1985, Vol 18, Num 1, pp 20-26, issn 0021-8898Article

An operational RNA code for amino acids and possible relationship to genetic codeSCHIMMEL, P; GIEGE, R; MORAS, D et al.Proceedings of the National Academy of Sciences of the United States of America. 1993, Vol 90, Num 19, pp 8763-8768, issn 0027-8424Article

Hydration of transfer RNA molecules: a crystallographic studyWESTHOF, E; DUMAS, P; MORAS, D et al.Biochimie (Paris). 1988, Vol 70, Num 2, pp 145-165, issn 0300-9084Article

CRYSTAL STRUCTURE OF YEAST TRNA^ASPMORAS D; COMARMOND MB; FISCHER J et al.1980; NATURE (LOND.); ISSN 0028-0836; GBR; DA. 1980; VOL. 288; NO 5792; PP. 669-674; BIBL. 26 REF.Article