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Results: 1-9 |
Results: 9
IN-VIVO IDENTIFICATION OF NUCLEAR FACTORS INTERACTING WITH THE CONSERVED ELEMENTS OF BOX C D SMALL NUCLEOLAR RNAS/
Authors: CAFFARELLI E LOSITO M GIORGI C FATICA A BOZZONI I
Citation: E. Caffarelli et al., IN-VIVO IDENTIFICATION OF NUCLEAR FACTORS INTERACTING WITH THE CONSERVED ELEMENTS OF BOX C D SMALL NUCLEOLAR RNAS/, Molecular and cellular biology, 18(2), 1998, pp. 1023-1028
BIOSYNTHESIS OF U16 SNORNA IN EARLY DEVELOPMENT OF X-LAEVIS
Authors: FATICA A CAFFARELLI E BECCARI E BOZZONI I
Citation: A. Fatica et al., BIOSYNTHESIS OF U16 SNORNA IN EARLY DEVELOPMENT OF X-LAEVIS, Biochemical and biophysical research communications, 241(2), 1997, pp. 486-490
A NOVEL MN-DEPENDENT RIBONUCLEASE THAT FUNCTIONS IN U16 SNORNA PROCESSING IN X-LAEVIS(+)
Authors: CAFFARELLI E MAGGI L FATICA A JIRICNY J BOZZONI I
Citation: E. Caffarelli et al., A NOVEL MN-DEPENDENT RIBONUCLEASE THAT FUNCTIONS IN U16 SNORNA PROCESSING IN X-LAEVIS(+), Biochemical and biophysical research communications, 233(2), 1997, pp. 514-517
PROCESSING OF THE INTRON-ENCODED U16 AND U18 SNORNAS - THE CONSERVED C-BOX AND D-BOX CONTROL BOTH THE PROCESSING REACTION AND THE STABILITYOF THE MATURE SNORNA
Authors: CAFFARELLI E FATICA A PRISLEI S DEGREGORIO E FRAGAPANE P BOZZONI I
Citation: E. Caffarelli et al., PROCESSING OF THE INTRON-ENCODED U16 AND U18 SNORNAS - THE CONSERVED C-BOX AND D-BOX CONTROL BOTH THE PROCESSING REACTION AND THE STABILITYOF THE MATURE SNORNA, EMBO journal, 15(5), 1996, pp. 1121-1131
SELF-CLEAVING MOTIFS ARE FOUND IN CLOSE PROXIMITY TO THE SITES UTILIZED FOR U16 SNORNA PROCESSING
Authors: PRISLEI S FATICA A DEGREGORIO E ARESE M FRAGAPANE P CAFFARELLI E PRESUTTI C BOZZONI I
Citation: S. Prislei et al., SELF-CLEAVING MOTIFS ARE FOUND IN CLOSE PROXIMITY TO THE SITES UTILIZED FOR U16 SNORNA PROCESSING, Gene, 163(2), 1995, pp. 221-226
2 NOVEL SMALL NUCLEOLAR RNA U16 AND U18 ARE ENCODED INSIDE INTRONS OFTHE SAME RIBOSOMAL-PROTEIN GENE
Authors: FRAGAPANE P PRISLEI S MICHIENZI A PRESUTTI C CAFFARELLI E BOZZONI I
Citation: P. Fragapane et al., 2 NOVEL SMALL NUCLEOLAR RNA U16 AND U18 ARE ENCODED INSIDE INTRONS OFTHE SAME RIBOSOMAL-PROTEIN GENE, Journal of cellular biochemistry, 1994, pp. 113-113
IN-VITRO STUDY OF PROCESSING OF THE INTRON-ENCODED U16 SMALL NUCLEOLAR RNA IN XENOPUS-LAEVIS
Authors: CAFFARELLI E ARESE M SANTORO B FRAGAPANE P BOZZONI I
Citation: E. Caffarelli et al., IN-VITRO STUDY OF PROCESSING OF THE INTRON-ENCODED U16 SMALL NUCLEOLAR RNA IN XENOPUS-LAEVIS, Molecular and cellular biology, 14(5), 1994, pp. 2966-2974
RNA-PROTEIN INTERACTIONS IN THE NUCLEI OF XENOPUS OOCYTES - COMPLEX-FORMATION AND PROCESSING ACTIVITY ON THE REGULATORY INTRON OF RIBOSOMAL-PROTEIN GENE L1
Authors: SANTORO B DEGREGORIO E CAFFARELLI E BOZZONI I
Citation: B. Santoro et al., RNA-PROTEIN INTERACTIONS IN THE NUCLEI OF XENOPUS OOCYTES - COMPLEX-FORMATION AND PROCESSING ACTIVITY ON THE REGULATORY INTRON OF RIBOSOMAL-PROTEIN GENE L1, Molecular and cellular biology, 14(10), 1994, pp. 6975-6982
A NOVEL SMALL NUCLEOLAR RNA (U16) IS ENCODED INSIDE A RIBOSOMAL-PROTEIN INTRON AND ORIGINATES BY PROCESSING OF THE PREMESSENGER RNA
Authors: FRAGAPANE P PRISLEI S MICHIENZI A CAFFARELLI E BOZZONI I
Citation: P. Fragapane et al., A NOVEL SMALL NUCLEOLAR RNA (U16) IS ENCODED INSIDE A RIBOSOMAL-PROTEIN INTRON AND ORIGINATES BY PROCESSING OF THE PREMESSENGER RNA, EMBO journal, 12(7), 1993, pp. 2921-2928
Risultati: 1-9 |