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CHARACTERIZATION OF A NEW CLASS OF TRANSCRIBED REPETITIVE DNA-SEQUENCE WHICH ALSO EXISTS AS A HYBRID WITH HP1 MESSENGER-RNA - POTENTIAL FORSITE-SPECIFIC RECOMBINATION IN DROSOPHILA-MELANOGASTER
Authors: NGAN V VACANO G BOND U JAMES T
Citation: V. Ngan et al., CHARACTERIZATION OF A NEW CLASS OF TRANSCRIBED REPETITIVE DNA-SEQUENCE WHICH ALSO EXISTS AS A HYBRID WITH HP1 MESSENGER-RNA - POTENTIAL FORSITE-SPECIFIC RECOMBINATION IN DROSOPHILA-MELANOGASTER, Insect biochemistry and molecular biology, 25(3), 1995, pp. 331-346
THE STEADY-STATE LEVELS AND STRUCTURE OF THE U7 SNRNP ARE CONSTANT DURING THE HUMAN CELL-CYCLE - LACK OF CELL-CYCLE REGULATION OF HISTONE MESSENGER-RNA 3' END FORMATION
Authors: BOND U YARIO TA
Citation: U. Bond et Ta. Yario, THE STEADY-STATE LEVELS AND STRUCTURE OF THE U7 SNRNP ARE CONSTANT DURING THE HUMAN CELL-CYCLE - LACK OF CELL-CYCLE REGULATION OF HISTONE MESSENGER-RNA 3' END FORMATION, Cellular & molecular biology research, 40(1), 1994, pp. 27-34
POINT MUTATIONS IN THE STEM-LOOP AT THE 3' END OF MOUSE HISTONE MESSENGER-RNA REDUCE EXPRESSION BY REDUCING THE EFFICIENCY OF 3' END FORMATION
Authors: PANDEY NB WILLIAMS AS SUN JH BROWN VD BOND U MARZLUFF WF
Citation: Nb. Pandey et al., POINT MUTATIONS IN THE STEM-LOOP AT THE 3' END OF MOUSE HISTONE MESSENGER-RNA REDUCE EXPRESSION BY REDUCING THE EFFICIENCY OF 3' END FORMATION, Molecular and cellular biology, 14(3), 1994, pp. 1709-1720
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