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Results:
1-17
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Results: 17
Authors:
MALIK HS
EICKBUSH TH
Citation: Hs. Malik et Th. Eickbush, THE RTE CLASS OF NON-LTR RETROTRANSPOSONS IS WIDELY DISTRIBUTED IN ANIMALS AND IS THE ORIGIN OF MANY SINES, Molecular biology and evolution, 15(9), 1998, pp. 1123-1134
Authors:
YANG J
EICKBUSH TH
Citation: J. Yang et Th. Eickbush, RNA-INDUCED CHANGES IN THE ACTIVITY OF THE ENDONUCLEASE ENCODED BY THE R2 RETROTRANSPOSABLE ELEMENT, Molecular and cellular biology, 18(6), 1998, pp. 3455-3465
Authors:
BURKE WD
MALIK HS
LATHE WC
EICKBUSH TH
Citation: Wd. Burke et al., ARE RETROTRANSPOSONS LONG-TERM HITCHHIKERS, Nature, 392(6672), 1998, pp. 141-142
Authors:
MATHEWS DH
BANERJEE AR
LUAN DD
EICKBUSH TH
TURNER DH
Citation: Dh. Mathews et al., SECONDARY STRUCTURE MODEL OF THE RNA RECOGNIZED BY THE REVERSE-TRANSCRIPTASE FROM THE R2 RETROTRANSPOSABLE ELEMENT, RNA, 3(1), 1997, pp. 1-16
Authors:
MALIK HS
EICKBUSH TH
GOLDFARB DS
Citation: Hs. Malik et al., EVOLUTIONARY SPECIALIZATION OF THE NUCLEAR TARGETING APPARATUS, Molecular biology of the cell, 8, 1997, pp. 2482-2482
Authors:
LATHE WC
EICKBUSH TH
Citation: Wc. Lathe et Th. Eickbush, A SINGLE LINEAGE OF R2 RETROTRANSPOSABLE ELEMENTS IS AN ACTIVE, EVOLUTIONARILY STABLE COMPONENT OF THE DROSOPHILA RDNA LOCUS, Molecular biology and evolution, 14(12), 1997, pp. 1232-1241
Authors:
EICKBUSH TH
Citation: Th. Eickbush, TELOMERASE AND RETROTRANSPOSONS - WHICH CAME FIRST, Science, 277(5328), 1997, pp. 911-912
Authors:
MALIK HS
EICKBUSH TH
GOLDFARB DS
Citation: Hs. Malik et al., EVOLUTIONARY SPECIALIZATION OF THE NUCLEAR TARGETING APPARATUS, Proceedings of the National Academy of Sciences of the United Statesof America, 94(25), 1997, pp. 13738-13742
Authors:
EICKBUSH TH
BURKE WD
EICKBUSH DG
LATHE WC
Citation: Th. Eickbush et al., EVOLUTION OF R1 AND R2 IN THE RDNA UNITS OF THE GENUS DROSOPHILA, Genetica, 100(1-3), 1997, pp. 49-61
Authors:
LUAN DD
EICKBUSH TH
Citation: Dd. Luan et Th. Eickbush, DOWNSTREAM 28S GENE-SEQUENCES ON THE RNA TEMPLATE AFFECT THE CHOICE OF PRIMER AND THE ACCURACY OF INITIATION BY THE R2 REVERSE-TRANSCRIPTASE, Molecular and cellular biology, 16(9), 1996, pp. 4726-4734
Authors:
GEORGE JA
BURKE WD
EICKBUSH TH
Citation: Ja. George et al., ANALYSIS OF THE 5'-JUNCTIONS OF R2 INSERTIONS WITH THE 28S GENE - IMPLICATIONS FOR NON-LTR RETROTRANSPOSITION, Genetics, 142(3), 1996, pp. 853-863
Authors:
LATHE WC
BURKE WD
EICKBUSH DG
EICKBUSH TH
Citation: Wc. Lathe et al., EVOLUTIONARY STABILITY OF THE R1 RETROTRANSPOSABLE ELEMENT IN THE GENUS DROSOPHILA, Molecular biology and evolution, 12(6), 1995, pp. 1094-1105
Authors:
BURKE WD
MULLER F
EICKBUSH TH
Citation: Wd. Burke et al., R4, A NON-LTR RETROTRANSPOSON SPECIFIC TO THE LARGE SUBUNIT RIBOSOMAL-RNA GENES OF NEMATODES, Nucleic acids research, 23(22), 1995, pp. 4628-4634
Authors:
LUAN DD
EICKBUSH TH
Citation: Dd. Luan et Th. Eickbush, RNA TEMPLATE REQUIREMENTS FOR TARGET DNA-PRIMED REVERSE TRANSCRIPTIONBY THE R2 RETROTRANSPOSABLE ELEMENT, Molecular and cellular biology, 15(7), 1995, pp. 3882-3891
Authors:
EICKBUSH DG
EICKBUSH TH
Citation: Dg. Eickbush et Th. Eickbush, VERTICAL TRANSMISSION OF THE RETROTRANSPOSABLE ELEMENTS R1 AND R2 DURING THE EVOLUTION OF THE DROSOPHILA-MELANOGASTER SPECIES SUBGROUP, Genetics, 139(2), 1995, pp. 671-684
RI AND R2 RETROTRANSPOSABLE ELEMENTS OF DROSOPHILA EVOLVE AT RATES SIMILAR TO THOSE OF NUCLEAR GENES
Authors:
EICKBUSH DG
LATHE WC
FRANCINO MP
EICKBUSH TH
Citation: Dg. Eickbush et al., RI AND R2 RETROTRANSPOSABLE ELEMENTS OF DROSOPHILA EVOLVE AT RATES SIMILAR TO THOSE OF NUCLEAR GENES, Genetics, 139(2), 1995, pp. 685-695
Authors:
XIONG Y
BURKE WD
EICKBUSH TH
Citation: Y. Xiong et al., PAO, A HIGHLY DIVERGENT RETROTRANSPOSABLE ELEMENT FROM BOMBYX-MORI CONTAINING LONG TERMINAL REPEATS WITH TANDEM COPIES OF THE PUTATIVE-R REGION, Nucleic acids research, 21(9), 1993, pp. 2117-2123
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