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ANALYSIS OF THE CHROMATIN DOMAIN ORGANIZATION AROUND THE PLASTOCYANINGENE REVEALS AN MAR-SPECIFIC SEQUENCE ELEMENT IN ARABIDOPSIS-THALIANA
Authors: VANDRUNEN CM OOSTERLING RW KEULTJES GM WEISBEEK PJ VANDRIEL R SMEEKENS SCM
Citation: Cm. Vandrunen et al., ANALYSIS OF THE CHROMATIN DOMAIN ORGANIZATION AROUND THE PLASTOCYANINGENE REVEALS AN MAR-SPECIFIC SEQUENCE ELEMENT IN ARABIDOPSIS-THALIANA, Nucleic acids research, 25(19), 1997, pp. 3904-3911
TRANSPOSASE-A BINDING-SITES IN THE ATTACHMENT SITES OF BACTERIOPHAGE MU THAT ARE ESSENTIAL FOR THE ACTIVITY OF THE ENHANCER AND A BINDING-SITES THAT PROMOTE TRANSPOSITION TOWARDS FPRO-LAC
Authors: VANDRUNEN CM MIENTJES E VANZUYLEN C VANDEPUTTE P GOOSEN N
Citation: Cm. Vandrunen et al., TRANSPOSASE-A BINDING-SITES IN THE ATTACHMENT SITES OF BACTERIOPHAGE MU THAT ARE ESSENTIAL FOR THE ACTIVITY OF THE ENHANCER AND A BINDING-SITES THAT PROMOTE TRANSPOSITION TOWARDS FPRO-LAC, Nucleic acids research, 22(5), 1994, pp. 773-779
INHIBITION OF BACTERIOPHAGE MU TRANSPOSITION BY MU REPRESSOR AND FIS
Authors: VANDRUNEN CM VANZUYLEN C MIENTJES EJ GOOSEN N VANDEPUTTE P
Citation: Cm. Vandrunen et al., INHIBITION OF BACTERIOPHAGE MU TRANSPOSITION BY MU REPRESSOR AND FIS, Molecular microbiology, 10(2), 1993, pp. 293-298
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