Fork cleavage-religation cycle and active transcription mediate replication restart after fork stalling at co-transcriptional R-loops. Nagaraja et al.

Name: Fork cleavage-religation cycle and active transcription mediate replication restart after fork stalling at co-transcriptional R-loops. Nagaraja et al.
Creator: Pavel Janscak
Published: 2019-11-22T09:54:42.710Z
Keywords: Biochemistry, Cell Biology

Janscak, Pavel

doi:10.17632/ydkd56y7rr.1

Fork cleavage-religation cycle and active transcription mediate replication restart after fork stalling at co-transcriptional R-loops. Nagaraja et al.

Published: 22-11-2019| Version 1 | DOI: 10.17632/ydkd56y7rr.1

Contributor:

Pavel Janscak

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Images of gels and western blots, immunofluorescence images.

Fork cleavage-religation cycle and active transcription mediate replication restart after fork stalling at co-transcriptional R-loops. Nagaraja et al.

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