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. 2013 Sep 16;110(40):16067–16072. doi: 10.1073/pnas.1303111110

Table 1.

Rad51 inactivation-induced NHEJ products

Relevant genotype WT* rad52ΔKO rad51ΔKO rad51Δw
5FOAR Leu+ transformants analyzed 144 120 132 120
I-SceI–resistant products (%) 0 (0) 1 (0.83) 14 (11) 12 (10)
TCGTAGGG ATAa|CAGGGTAATCGAG 0 1 3 4
AGCATCCC|TATt GTCCCATTAGCTC
TCGTAGGG AtAA|CAGGGTAATCGAG 0 0 1 2
AGCATCCC|TaTT GTCCCATTAGCTC
TCGTAGGG AtaA|CAGGGTAATCGAG 0 0 4 2
AGCATCCC|TatT GTCCCATTAGCTC
TCGTAGGG Ataa|CAGGGTAATCGAG 0 0 2 1
AGCATCCC|Tatt GTCCCATTAGCTC
TCGTAGGG ataa|CAGGGTAATCGAG 0 0 3 1
AGCATCCC|tatt GTCCCATTAGCTC
TCGTAGggataa|cagggTAATCGAG 0 0 0 1
AGCATCcc|tattgtcccATTAGCTC
AGAACAAaaacctcgtagggataa|c 0 0 1 1
TCTTGTTtttggagcatccc|tattg
agggtaat(625)actccaaagaacaa
tcccatta(625)tgaggtttcttgtt

Seven types of I-SceI–resistant sequences are shown, as the inserted 25-bp sequence (except for the last sequence) including the I-SceI sequence (italicized letters) and the portion lost (lowercase letters with strikethrough) due to imprecise NHEJ. The vertical lines indicate the I-SceI cleavage. Underlined sequences are putatively base pair annealed during imprecise NHEJ (Fig. S1C). The numbers of each type of imprecise NHEJ are for each strain. ΔKO shows alleles lacking most of the coding region, and Δw shows those lacking the entire coding region, from the initiation codon to the last sense codon.

*

The data for the wild type are obtained from a previous report (13).