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. 2007 May;176(1):181–192. doi: 10.1534/genetics.106.060640

TABLE 3.

Synthetic genetic interactions with the not4Δ allele

ORFa Name SL/SSb Function/Processc
YBR170Cd NPL4 SL ER-associated protein catabolism
YDR313C PIB1 SL Protein ubiquitination/E3 ligase activity
YFR010W UBP6 SS Protein deubiquitination/26S proteasome
YMR275Cd BUL1 SL Protein ubiquitination
YPL084Wd BRO1 SL Ubiquitin-dependent protein catabolism
YGL025C MED3 SS Transcription from RNA pol II promoter
YLR266Wd BUR2 SL CDK/RNA pol II transcription
YOL051Wd MED15 SL Transcription from RNA pol II promoter
YOL054Wd PSH1 SS RNA elongation from Pol II promoter
YPR075Wd NOT5 SL Transcription from RNA pol II promoter
YLR320Wd MMS22 SS DNA repair (DSBR)
YAL002W VPS8 SS Late endosome to vacuole transport
YDL192Wd ARF1 SL ER to Golgi transport
YJL188C BUD19 SS Bud site selection
YOR069Wd VPS5 SL Retrograde transport
YOR332Wd VMA4 SL Vacuolar ATPase
YPL234C TFP3 SL Vacuolar ATPase
YPR036Wd VMA13 SL Vacuolar ATPase
YKR076W ECM4 SS Cell wall organization and biogenesis
YLR200Wd YKE2 SL Protein folding/prefoldin complex
YOR302W SS Protein biosynthesis
YDR417C SS Unknown
YJL169W SS Unknown
YKL183Wd LOT5 SS Unknown
YMR085W SS Unknown

DSBR, double-strand break repair.

a

ORFs identified in both not4L35A and not4Δ screens are underlined.

b

Synthetic lethal and synthetic sick, respectively.

c

Annotations derived from the Saccharomyces genome database.

dInteractions confirmed by random spore analysis and/or tetrad dissection.