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. 2013 Jan 1;9(1):33–49. doi: 10.4161/auto.22398

Table 1.Saccharomyces cerevisiae and Sordaria macrospora strains used in this study.

Strain Characteristics Source
Sc PJ69-4A
MATa; trp1-901; leu2-3,112; ura3-52;
his3-200; ga14D; ga18OD;
LYS2::GAL1-HIS3; GAL2-ADE2;
met2::GAL7-lacZ
James et al. (1996)38
Sc WCG4a
MATα; his3-11,15; leu2-3,112; ura3-52
M. Thumm, Göttingena
Sc atg8Δ
MATα; his3-11,15; leu2-3,112; ura3-52; atg8Δ::KAN
M. Thumm, Göttingena
Sc atg4∆
MATα; his3-11,15; leu2-3,112; ura3-52; atg4Δ::HIS5
M. Thumm, Göttingena
Sc Y187
MATα; ura3-52; his3-200; ade2-101; trp1-901; leu2-3, 112; gal4∆; met∆; gal80∆; MEL1; URA3::GAL1UAS-GAL1TATA-lacZ
Clontech
Sc AH109
MATa; trp1-901; leu2-3, 112; ura3-52; his3-200; ade2-101;
gal4∆, gal80∆; LYS2::GAL1UAS-GAL1TATA-HIS3; GAL2UASGAL2TATAAde2; URA3::MEL1UAS-MEL1TATA-lacZ; MEL1
Clontech
S48977
Wild type
U. Kück, Bochum,b
S66001
∆ku70::natR
Pöggeler and Kück
(2006)67
S23442
mutation in fus gene, brownish ascospores
Nowrousian et al. (2012)39
Sc WCG4a + pRS426-met25
MATα; his3-11,15; leu2-3,112; ura3-52 + pRS426-met25
This study
Sc atg8Δ + pRS426-met25
MATα his3-11,15; leu2-3,112; ura3; atg8Δ::KAN; + pRS426-met25
This study
Sc atg8Δ + pRS315-EGFP-Atg8
MATα; his3-11,15; leu2-3,112; ura3-52; atg8Δ::KAN; egfp-atg8 under control of endogenous promoter
This study
Sc atg8Δ + pRS-met-Smatg8
MATα; his3-11,15; leu2-3,112; ura3-52; atg8Δ::KAN; Smatg8 under control of met25 promoter
This study
Sc atg4∆ + pRS426-met25
MATα; his3-11,15; leu2-3,112; ura3-52; atg4Δ::HIS5; + pRS426-met25
This study
Sc atg4∆ + pRS316-Atg4
MATα; his3-11,15; leu2-3,112; ura3-52; atg4Δ::HIS5; ATG4 under control of endogenous promoter
This study
Sc atg4∆ + pRS-met-Smatg4
MATα; his3-11,15; leu2-3,112; ura3-52; atg4Δ::HIS5; Smatg4 under control of met25 promoter
This study
S ∆Smatg8
∆Smatg8::hygR, ssi
This study
S ∆Smatg8::Smatg8ect
∆Smatg8::hygR, Smatg8ect, natR, ssi
This study
S ∆Smatg8::egfp-Smatg8ect
∆Smatg8::hygR, egfp-Smatg8ect, natR, ssi
This study
S ∆Smatg8::egfp-Smatg8-DsRed-SKLect
∆Smatg8::hygR, egfp-Smatg8-DsRed-SKLect, natR, ssi
This study
S ∆Smatg8::DsRed-SKLect
∆Smatg8::hygR, DsRed-SKLect, natR
This study
S ∆Smatg4
∆Smatg4::hygR, ssi
This study
S ∆Smatg4::Smatg4ect
∆Smatg4::hygR, Smatg4ect, natR, ssi
This study
S ∆Smatg4::egfp-Smatg8ect
∆Smatg4::hygR, egfp-Smatg8ect, natR
This study
S ∆Smatg4::Smatg8-egfpect
∆Smatg4::hygR, Smatg8-egfpect, natR
This study
S ∆Smatg4::egfp-Smatg8G116ect
∆Smatg4::hygR, egfp-Smatg8G116ect, natR
This study
S ∆Smatg4::Smatg4-egfpect
∆Smatg4::hygR, Smatg4-egfpect, natR, ssi
This study
S ∆Smatg4::DsRed-SKLect
∆Smatg4::hygR, DsRed-SKLect, natR
This study
S wt::Smatg8-egfpect
Smatg8-egfpect, natR, ssi
This study
S wt::egfp-Smatg8mutect egfp-Smatg8mutect, natR This study

Sc, Saccharomyces cerevisiae; S, Sordaria macrospora; hygR, hygromycin resistant; natR, nourseothricin resistant; ssi, single spore isolate. aDepartment of Biochemistry II, UMG, Georg-August University Göttingen, Germany bDepartment of General and Molecular Botany, Ruhr-University Bochum, Germany