Addgene: Efficient DNA double-strand break formation at single or multiple defined sites in the Saccharomyces cerevisiae genome.

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Lorraine Symington
Gnugge et al

Efficient DNA double-strand break formation at single or multiple defined sites in the Saccharomyces cerevisiae genome.
Gnugge R, Symington LS
Nucleic Acids Res. 2020 Oct 14. pii: 5923424. doi: 10.1093/nar/gkaa833. PubMed Article

Plasmids from Article

ID	Plasmid	Purpose
154813	pRG645_lexO-AscI_LexA-TF_LEU2MX	Inducible expression of AscI endonuclease in S. cerevisiae
154815	pRG646_lexO-HO_LexA-TF_LEU2MX	Inducible expression of HO endonuclease in S. cerevisiae
154816	pRG659_lexO-FseI_LexA-TF_LEU2MX	Inducible expression of FseI endonuclease in S. cerevisiae
154817	pRG705_lexO-AsiSI_LexA-TF_LEU2MX	Inducible expression of AsiSI endonuclease in S. cerevisiae
154818	pRG706_lexO-SbfI_LexA-TF_LEU2MX	Inducible expression of SbfI endonuclease in S. cerevisiae
154819	pRG710_lexO-HO_LexA-TF_HIS3MX	Inducible expression of HO endonuclease in S. cerevisiae
154820	pRG711_lexO-AscI_LexA-TF_HIS3MX	Inducible expression of AscI endonuclease in S. cerevisiae
154821	pRG713_lexO-HO_LexA-TF_URA3MX	Inducible expression of HO endonuclease in S. cerevisiae
154822	pRG714_lexO-AscI_LexA-TF_URA3MX	Inducible expression of AscI endonuclease in S. cerevisiae

Antibodies from Article