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Results: 1-12 |
Results: 12
THE IMPACT OF L1 RETROTRANSPOSONS ON THE HUMAN GENOME
Authors: KAZAZIAN HH MORAN JV
Citation: Hh. Kazazian et Jv. Moran, THE IMPACT OF L1 RETROTRANSPOSONS ON THE HUMAN GENOME, Nature genetics, 19(1), 1998, pp. 19-24
AN ACTIVELY RETROTRANSPOSING, NOVEL SUBFAMILY OF MOUSE L1 ELEMENTS
Authors: NAAS TP DEBERARDINIS RJ MORAN JV OSTERTAG EM KINGSMORE SF SELDIN MF HAYASHIZAKI Y MARTIN SL KAZAZIAN HH
Citation: Tp. Naas et al., AN ACTIVELY RETROTRANSPOSING, NOVEL SUBFAMILY OF MOUSE L1 ELEMENTS, EMBO journal, 17(2), 1998, pp. 590-597
MANY HUMAN L1 ELEMENTS ARE CAPABLE OF RETROTRANSPOSITION
Authors: SASSAMAN DM DOMBROSKI BA MORAN JV KIMBERLAND ML NAAS TP DEBERARDINIS RJ GABRIEL A SWERGOLD GD KAZAZIAN HH
Citation: Dm. Sassaman et al., MANY HUMAN L1 ELEMENTS ARE CAPABLE OF RETROTRANSPOSITION, Nature genetics, 16(1), 1997, pp. 37-43
DNA SHUFFLING - A PROPOSED EVOLUTIONARY FUNCTION FOR ACTIVE HUMAN L1 ELEMENTS
Authors: MORAN JV KAZAZIAN HH
Citation: Jv. Moran et Hh. Kazazian, DNA SHUFFLING - A PROPOSED EVOLUTIONARY FUNCTION FOR ACTIVE HUMAN L1 ELEMENTS, American journal of human genetics, 61(4), 1997, pp. 124-124
AN ACTIVELY-RETROTRANSPOSING, NOVEL SUBFAMILY OF MOUSE L1 ELEMENTS
Authors: NAAS TP DEBERARDINIS RJ MORAN JV KINGSMORE SF SELDIN MF HAYASHIZAKI Y MARTIN SL KAZAZIAN HH
Citation: Tp. Naas et al., AN ACTIVELY-RETROTRANSPOSING, NOVEL SUBFAMILY OF MOUSE L1 ELEMENTS, American journal of human genetics, 61(4), 1997, pp. 1845-1845
HUMAN L1 RETROTRANSPOSON ENCODES A CONSERVED ENDONUCLEASE REQUIRED FOR RETROTRANSPOSITION
Authors: FENG QH MORAN JV KAZAZIAN HH BOEKE JD
Citation: Qh. Feng et al., HUMAN L1 RETROTRANSPOSON ENCODES A CONSERVED ENDONUCLEASE REQUIRED FOR RETROTRANSPOSITION, Cell, 87(5), 1996, pp. 905-916
HIGH-FREQUENCY RETROTRANSPOSITION IN CULTURED-MAMMALIAN-CELLS
Authors: MORAN JV HOLMES SE NAAS TP DEBERARDINIS RJ BOEKE JD KAZAZIAN HH
Citation: Jv. Moran et al., HIGH-FREQUENCY RETROTRANSPOSITION IN CULTURED-MAMMALIAN-CELLS, Cell, 87(5), 1996, pp. 917-927
RETROTRANSPOSITION OF AN L1 ELEMENT IN CULTURED HUMAN-CELLS
Authors: KAZAZIAN HH MORAN JV HOLMES SE NAAS TP DOMBROSKI BA
Citation: Hh. Kazazian et al., RETROTRANSPOSITION OF AN L1 ELEMENT IN CULTURED HUMAN-CELLS, AIDS research and human retroviruses, 11, 1995, pp. 66-66
MOBILE GROUP-II INTRONS OF YEAST MITOCHONDRIAL-DNA ARE NOVEL SITE-SPECIFIC RETROELEMENTS
Authors: MORAN JV ZIMMERLY S ESKES R KENNELL JC LAMBOWITZ AM BUTOW RA PERLMAN PS
Citation: Jv. Moran et al., MOBILE GROUP-II INTRONS OF YEAST MITOCHONDRIAL-DNA ARE NOVEL SITE-SPECIFIC RETROELEMENTS, Molecular and cellular biology, 15(5), 1995, pp. 2828-2838
THE MOBILE GROUP-I INTRON 3-ALPHA OF THE YEAST MITOCHONDRIAL COXI GENE ENCODES A 35-KDA PROCESSED PROTEIN THAT IS AN ENDONUCLEASE BUT NOT AMATURASE
Authors: GUO WW MORAN JV HOFFMAN PW HENKE RM BUTOW RA PERLMAN PS
Citation: Ww. Guo et al., THE MOBILE GROUP-I INTRON 3-ALPHA OF THE YEAST MITOCHONDRIAL COXI GENE ENCODES A 35-KDA PROCESSED PROTEIN THAT IS AN ENDONUCLEASE BUT NOT AMATURASE, The Journal of biological chemistry, 270(26), 1995, pp. 15563-15570
RETROTRANSPOSITION OF AN L1 ELEMENT IN CULTURED HUMAN-CELLS
Authors: MORAN JV HOLMES SE NAAS TP DOMBROSKI BA KAZAZIAN HH
Citation: Jv. Moran et al., RETROTRANSPOSITION OF AN L1 ELEMENT IN CULTURED HUMAN-CELLS, American journal of human genetics, 57(4), 1995, pp. 838-838
SPLICING DEFECTIVE-MUTANTS OF THE COXI GENE OF YEAST MITOCHONDRIAL-DNA - INITIAL DEFINITION OF THE MATURASE DOMAIN OF THE GROUP-II INTRON AI2
Authors: MORAN JV MECKLENBURG KL SASS P BELCHER SM MAHNKE D LEWIN A PERLMAN P
Citation: Jv. Moran et al., SPLICING DEFECTIVE-MUTANTS OF THE COXI GENE OF YEAST MITOCHONDRIAL-DNA - INITIAL DEFINITION OF THE MATURASE DOMAIN OF THE GROUP-II INTRON AI2, Nucleic acids research, 22(11), 1994, pp. 2057-2064
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