ERCC1-XPF Endonuclease Facilitates DNA Double-Strand Break Repair -- Ahmad et al. 28 (16): 5082 Data Supplement - Supplemental material -- Molecular and Cellular Biology

ERCC1-XPF Endonuclease Facilitates DNA Double-Strand Break Repair
Mol. Cell. Biol. Ahmad et al. 28: 5082

Supplemental material

Files in this Data Supplement:

Supplemental file 1 - Tables S1 (Frequency of viable progeny from crosses between Ercc1^+/- Ku86^+/- and Ercc1^+/Δ Ku86^+/- mice), S2 (Frequency of Ercc1^-/- Ku86^-/- embryos from crosses between Ercc1^+/- Ku86^+/- mice), and S3 to S5 (Nucleotide sequences of junctions from DNA substrates with blunt [S3], compatible [S4], and noncompatible [S5] ends after joining in the wt and Ercc1^-/- cells).
PDF file 56K.
Supplemental file 2 - Fig. S1 (Clonogenic survival assays).
PDF file 41K.
Supplemental file 3 - Fig. S2 (Immunostaining for γH2AX).
PDF file, 3.8MB.
Supplemental file 4 - Fig. S3 (Ki67 immunostaining of small intestine).
PDF file 6.1MB.
Supplemental file 5 - Fig. S4 (Cultures of wt, Ercc1, Ku86, and Ercc1 Ku86 primary MEFs).
PDF file 212K.
Supplemental file 6 - Fig. S5 (DSB repair of a linear plasmid).
PDF file 34K.