Genetic Loci

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This table provides information about Saccharomyces cerevisiae genetic loci that are not mapped to the genome sequence. Note that this is not a comprehensive collection of yeast genetic loci.

FEATURE_NAME ALIASES DESCRIPTION NAME_DESCRIPTION CHROMOSOME GENETIC_POSITION NOTES LITERATURE (PMIDs)
ACD1
ACR1 Involved in sensitivity to aculeacin A 1839761
ACR2 Involved in sensitivity to aculeacin A ACR2 is both an alias for YPR200C/ARR2 (an arsenate resistance gene) and the standard name for ACR2, an unmapped gene involved in aculeacin A sensitivity. 1839761 | 8322514 |9169866
ACR3 Involved in sensitivity to aculeacin A ACR3 is both an alias for YPR201W/ARR3 (an arsenite transporter) and the standard name for ACR3, an unmapped gene involved in aculeacin A sensitivity. 1839761 | 24798644 | 9169866
ACR4 Involved in sensitivity to aculeacin A Edition 14: ACR4 has not been genetically or physically mapped 1839761 | 9169866
ADD1 Mutant deficient for degradation of alpha 1-proteinase inhibitorZ (A1PiZ) A1PiZ Degradation Deficient 8978025
ADE15 Mutant has dominant adenine autotrophy and reduced formyltetrahydrofolate synthetase levels ADEnine requiring chrVII 171 4147243 | 4147244 | 22905177
AMC1 CHL6 Controls segregation of artificial minichromosomes during mitosis Edition 11: amc1 is allelic to chl6 2663183 | 3054502 | 8442383 | 8243998 | 1413997
ANC4 Actin non-complementing mutant 8243992 | 8243993 | 7579704 | 17167106 | 9153752
ANI1 UV mutant conferring cryptopleurine, cycloheximide, and anisomycin resistance ANIsomycin resistant chrXV 46 3294103 | 10465783
APR2 chrXIV -88.5 16547104
ARG84 Promoter mutation for ARG4 and ARG5, the acetylglutamate kinase and N-acetyl-gamma-glutamyl-phosphate reductase involved in arginine biosynthesis ARGinine requiring chrV 55 6251229 | 2995780 | 1413997 | 1535703 | 2678811
ASC2 CYP1 absence of growth supressor 9504906
ATA1 Sporulation-specific gene characterized by ATA sequences 2678811
ATI5 Acaciae toxin insensitive
AUT6 Defective in autophagocytosis The AUT6 locus, identified genetically in Harding et al. 1996 was mislabelled for a period of time in SGD as AUT8. This data entry error was corrected on 7/26/2001. The actual aut8 mutation was identified separately in a different screen from that which is described in Harding et al., and is allelic to the APG2/YNL242W locus. 10511544 | 8663607
AXE1 Mutant resistant to high concentrations of axenomycin; also resistant to cycloheximide, sparsomycin and amycetin, all known inhibitors of the large subunit of the ribosome; most probably one of the proteins of the large ribosomal subunit AXEnomycin chrVII -4 6762918 | 24189724 | 2678811
BEL3 Mutant shows enhanced repressible phosphatase (rAPase) activity via disruption of transcriptional activator Gcn4p Basal Expression Level 7616963 | 9671481
BEL4 Mutant shows enhanced repressible phosphatase (rAPase) activity via disruption of transcriptional activator Gcn4p Basal Expression Level 7616963
BEL5 Mutant shows enhanced repressible phosphatase (rAPase) activity via disruption of transcriptional activator Gcn4p Basal Expression Level 7616963 | 9671481
BEL6 Mutant shows enhanced repressible phosphatase (rAPase) activity via disruption of transcriptional activator Gcn4p Basal Expression Level 7616963 | 9671481
BEL7 Mutant shows enhanced repressible phosphatase (rAPase) activity via disruption of transcriptional activator Gcn4p Basal Expression Level 7616963 | 9671481
BLM1 Required for resistance to bleomycin; ionizing radiation and oxidative damage by hydrogen peroxide; mutants display slow growth and abnormal morphology; homozygous mutant has reduced spore viability; bleomycin resistance suppressed by MSH4 BLeoMycin resistance 1710619 | 6166602 | 8574150 | 9449533
BLM5 Required for resistance to bleomycin; ionizing radiation and oxidative damage by hydrogen peroxide, required for sporulation 1710619 | 12398929 | 14682384 | 14682386
BLS2 Recessive blasticidin-S resistance mutant BLasticidin-S resistant chrXI 74 3916720 | 2678811
BRR4 Cold-sensitive (cs) mutant for diminished pre-mRNA splicing Bad Response to Refrigeration 8722763
BST3 Negatively regulated COPII vesicle formation 8862519 | 15075228 | 12475940
CAG1 Alpha-specific gene involved in regulating sex agglutinin synthesis chrIII 30 3881403
CCB1 Cross-complementation of budding defect chrXV 108
CDC22 DNA1 Cell division cycle mutant blocked at 36 degree C, arresting at bud formation Cell Division Cycle DNA1 has been used to refer to both CDC22 and DNA1/MAK1-3. 2407608 | 6761543 | 8150258 | 17248617
CDC29 Cell division cycle blocked at 36 degree C Cell Division Cycle chrIX -23 Edition 10: cdc29 has been shown to be distal to his6 by mitotic recombination analyses 17248617 | 2678811
CDC61 Cell division cycle mutant blocked at 36 degree C with a G1 phase arrest Cell Division Cycle 24185994 | 2407608
CDC62 Cell division cycle blocked at 36 degree C chrVII 57 Edition 10: cdc62 data in 1985 mapping review; new reference 2690082 | 24185994 | 2678811
CDC67 Regulator of the cell cycle at Start chrXVI 58 2407608 | 1547497
CDC77 NDC2 Cell division cycle blocked at 36 degree C chrIV -5 CDC77 was mapped by Mortimer et al. 1989 on chromosome IV. Details of NDC2/CDC77 was published by Villadsen IS, Yeast (conference issue) 4:98 (1988); abstract #B28. 2678811 | 1413997
CDL1 Recessive lethal allele resulting in cell death in the absence of CHC1, encoding the clathrin heavy chain Clathrin-Deficient Lethality 2072897
CEM11 Condensing Enzyme with Mitochondrial function
CHL2 Involved in controlling mitotic transmission of yeast chromosomes CHromosome Loss Edition 10: chl2 is located on the right arm by 2 micron mapping 3054502 | 3064490 | 8442383 | 2678811
CHL5 Involved in controlling mitotic transmission of yeast chromosomes CHromosome Loss 3054502 | 3064490 | 8442383
CHL8 AMC3 | CTF12 Identified as a chromosome transmission fidelity mutant; has a high rate of chromosome loss Edition 11: AMC3 has been renamed chl8 | Edition 11: ctf12, amc3 and chl8 are allelic 2407610 | 2663183 | 8442383 | 1413997
CHL9 AMC4 Gene of unknown function; involved in controlling the segregation of natural chromosomes in yeast Edition 11: AMC4 has been renamed chl9 2663183 | 1413997
CLS1 Mutant has elevated intracellular calcium content and is unable to grow on Ca2+ rich medium CaLcium Sensitive CLS1 has been used in the literature to refer to both CRD1/YDL142C which encodes a cardiolipin synthase, and the genetic locus CLS1. 3531397 | 9169866
CLY2 Mutant cells autolyse with prolonged exposure to 36 degree C Cell LYsis at 36 degree C chrII -39 6341816 | 17248609 | 2678811 | 1413997 | 2995780 | 2196995
CLY3 Mutant cells autolyse with prolonged exposure to 36 degree C Cell LYsis at 36 degree C chrVI 6 17248609 | 8056323 | 2678811 | 2995780 | 6757051 | 6366520 | 7010111 | 8917543
CLY8 Mutant cells autolyse with prolonged exposure to 36 degree C Cell LYsis at 36 degree C chrVII 76 3029564 | 3547080 | 3886479 | 8483459 | 2407607 | 9008166 | 2668116 | 6096695 | 7010111 | 2678811 | 3896925
CLY9 Mutant cells autolyse with prolonged exposure to 36 degree C Cell LYsis The 1980 edition of the S. cerevisiae genetic map states: The cly9 marker can no longer be scored reliably and has been removed from the map. 17248609 | 7010111
CRL1 Mutant is resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrVI 5 Edition 10: crl1 exact order of crl1 with respect to SUP11 and SUF20 has not been established 3294103 | 3294104 | 2678811
CRL10 May be involved in the fidelity of protein translation chrVII 92 May represent an allele of PRE9 (YGR135W), based on genetic map position. 3294103 | 3294104 | 9398670
CRL11 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrXV -41 Edition 10: crl11 maps centromere proximal to arg1 | May represent an allele of PRE6 (YOL038W), based on genetic map position. 9398670 | 2678811
CRL12 May be involved in the fidelity of protein translation chrVII 186 May represent an allele of PUP2 (YGR253C), based on genetic map position. 3294103 | 3294104 | 9398670
CRL15 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrVIII 30 3294103
CRL16 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrIV 236 May represent an allele of RPT3 (YDR394W), based on genetic map position. 9398670
CRL17 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrXV 45 May represent an allele of RPT5 (YOR117W), based on genetic map position. 3294103 | 9398670
CRL18 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrIV -1 CRL18 is likely to represent an allele of PTC1 (TPD1, YDL006W), based on shared mutant phenotype and genetic map position. | May represent an allele of RPT2 (YDL007W), based on genetic map position. 3294103 | 8196609 | 9398670
CRL22 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal Edition 10: crl22 - ade4 order has not been determined | May represent an allele of PRE5 (YMR314W), based on genetic map position. 3294103 | 9398670 | 2678811
CRL4 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrV 18 May represent an allele of RPN3 (YER021W), based on genetic map position. 3294103 | 9398670
CRL7 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrXV 71 May represent an allele of PUP1 (YOR157C), based on genetic map position. 3294103 | 9398670
CRL9 Mutant resistant to low level cycloheximide exposure; results in cell cycle arrest at 36 degree C Cycloheximide Resistant temperature sensitive (ts) lethal chrII 97 3294103
CRT2 Mutant constitutively activates transcription of RNR3, that encodes a ribonucleotide reductase large subunit isoform Constitutive RNR3 Transcription 1516817 | 23788651
CUP14 Copper homeostasis chrIV 286 Edition 10: cup14 data in 1985 mapping review; new reference 2653812 | 8628314 | 2678811
CUP3 Mutant displays a modest reduction in copper resistance (Cu2+) relative to wild type CUPrum chrXII 323 Edition 10: cup3 data in 1985 mapping review; new reference 2653812 | 2678811
CVT14 Transport of proaminopeptidase I (AP1) to the vacuole is altered and mutant accumulates precursor AP1 Cytoplasm to Vacuole Targeting 8663607 | 10735854
CYH1 Mutant resistant to low level cycloheximide exposure CYcloHeximide resistant chrII Edition 11: AMY2, cyh1 and cyh10 are probably alleles of pdr3 or pdr7 (pdr4) and have been removed from the map 2009277 | 5900603 | 1413997
CYH10 Mutant resistant to low level cycloheximide exposure CYcloHeximide resistant Edition 11: AMY2, cyh1 and cyh10 are probably alleles of pdr3 or pdr7 (pdr4) and have been removed from the map 4371644 | 2009277 | 1413997
CYH4 Mutant resistant to low level cycloheximide exposure CYcloHeximide resistant chrXV 34 8929391 | 4582950 | 2188106 | 1413997
CYH5 Mutant resistant to low level cycloheximide exposure CYcloHeximide resistant chrXI 1913874
CYS1 Mutant is auxotrophic for cysteine, and deficient in L-serine O-acetyltransferase activity CYSteine deficient chrI -10 1561836 | 6373742 | 8335636 | 19593469 | 12586406
CYS2 Mutant auxotrophic for cysteine, deficient in L-serine O-acetyltransferase activity CYSteine deficient chrVII 87.14 1441747 | 1525856 | 1789005 | 1789006 | 3056921 | 12234471 | 12586406
DBF1 Protein required for DNA replication; expression is constant across the cell cycle DumbBell Former 3299263 | 6750322
DBL1 Dominant mutant fails to bind alcian blue dye alcian blue Dye Binding Locus chrXI -84 1097420 | 4194860
DDS2 Depressed DNA synthesis 353510 | 6750322
DIE3 De-repression of ITR1 Expression
DIS1 Required for mitotic segregation; meiosis I segregation, and spore viability DIS1 has been used in the literature to refer to both ULS1/RIS1/YOR191W, which encodes a member of the SWI-SNF family of DNA-dependent ATPases, and the genetic locus DIS1, which is required for mitotic segregation, meiosis I segregation, and spore viability. 3294101 | 9169866
DLP1 Delayed loss of proliferation activity 10580697
DNA1 MAK1-3 Mutant allele dna1-1 has a G1 phase cell cycle arrest (dna1-1) at 36°C that is dependent on a functional RAD9 gene DNA synthesis defective chrXVI 3 DNA1 has been used to refer to both CDC22 and DNA1/MAK1-3. 2652918 | 7828811 | 8649984 | 6761543
DPD1 8816439
DRS3 Cold sensitive mutant displays a deficiency in the 40S ribosomal subunit Deficient in Ribosomal Subunit 8247005 | 8720068 | 10465789
DSM1 Temperature sensitive mutant, blocked in initiation of DNA meiotic synthesis at 36 degree C Premeiotic DNA Synthesis deficient chrVII 14 392227
DUR4 Urea degradation deficient chrVIII -12 2995780 | 1413997
EAM1 Endogenous ethanolamine biosynthesis chrX -108 3896927 | 17246236 | 3297920 | 1413997
EAM2 Endogenous ethanolamine biosynthesis 3896927 | 2678811 | 3297920 | 1413997 | 2183021
EAM6 Mutant counteracts the cho1 defect in phosphatidylserine synthesis with a novel endogenous supply of ethanolamine Endogenous ethanolamine biosynthesis 1413997 | 2678811 | 8641269
EIP1
ERG201 Ergosterol biosynthesis defective 1413997
ESC3 Escape of sugars control ESC3 was identified and named in Rodriguez C, et al. (2003) FEMS Yeast Res 3(1):77-84 12702249
ETH3 Affects methionine biosynthesis 1096967 | 4580557 | 1394507
EXA2 Extragenic suppressor of hsp70 subfamily A Edition 12: exa1 and exa2 are both centromere linked; the data are consistent with placing these two genes 8 cM and 21 cM from their respective centromeres. Neither gene is on chromosome III 1644272
FET1 Mutants defective in FE(II) iron transport FErrous Transport 10565676
FIM1 FIMbrin 1413997
FKR1 FK506 resistant 1715022
FKR2 FK506 resistant 1715022
FKR3 FK506 resistant 1715022
FLS1 Temperature sensitive mutants display increased fluphezanine sensitivity FLuphenazine Sensitive 3536873
FRO1 Dominant allele responsible for foam generation FROthing chrVII 143 10861899 | 22069150
FRO2 Dominant allele responsible for foam generation FROthing chrVII 127 10861899 | 22069150
FSR1 Fluphenazine resistant mutant generated from fls1. Temperature sensitive cell cycle arrest occurs after nuclear duplication, and before cell division Fluphenazine Sensitive to Resistant chrII 150 Edition 10: fsr1 has been placed arbitrarily distal to his7 3536873 | 2678811
GCD13 Negative regulator of GCN4 expression General Control Derepressed 3540603 | 3554249 | 9539420 | 6095062
GCD3 Negative regulator gene in general amino acid biosynthetic pathway; possibly upstream of GCN4 General Control Derepressed 3289762 | 3329041 | 3537730 | 18756096 | 20463023
GCD4 Negative regulatory gene in general amino acid biosynthetic pathway; locus on Chromosome III; proposed negative regulator of GCN4 General Control Derepressed 3327608 | 3329041
GCE1 cAMP-binding protein; localized to plasma membrane via glycosyl-phosphatidylinositol (GPI)-anchor GPI-anchored Cylic-AMP-binding Ectoprotein 1334092 | 1657142 | 1722148 | 8109981 | 8320256 | 8524327 | 8554322 | 9231801 | 10684630
GCN6 Positive regulator of GCN4 transcription General Control Nonderepressible 3537709 | 6095062
GCN7 Positive regulator of GCN4 transcription General Control Nonderepressible 3537709 | 6095062
GCN8 Recessive mutations confer sensitivity to multiple amino acid analogs, and result in decreased mRNA levels for amino biosynthetic genes under general control General Control Nonderepressible 3537709 | 6095062
GCN9 Recessive mutations confer sensitivity to multiple amino acid analogs, and result in decreased mRNA levels for amino biosynthetic genes under general control General Control Nonderepressible 3537709 | 6095062
GDR1 Involved in nutritional control of germination, mutants sporulate in a wider range of conditions Germination DeRepressed 1804755
GDR2 Involved in nutritional control of germination, mutants sporulate in a wider range of conditions Germination DeRepressed 1804755
GLU3 Mutant is auxotrophic for glutamic acid and demonstrates a lack of significant citrate synthase activity GLUtamate auxotroph 10066 | 1102943
GPI4 Gene of unknown function; involved in the attachment of glycosylphosphatidylinositol (GPI) anchors to proteins 7559756 | 9218792 | 10329735
GPI5 Gene of unknown function; involved in the attachment of glycosylphosphatidylinositol (GPI) anchors to proteins 7559756
GPI6 Gene of unknown function; involved in the attachment of glycosylphosphatidylinositol (GPI) anchors to proteins 7559756 | 21734149
GPI9 Gene of unknown function; involved in the attachment of glycosylphosphatidylinositol (GPI) anchors to proteins 7559756
GRD10 Mutants mislocalize fusion product of dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD14 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD15 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD16 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD17 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD18 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD3 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD4 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GRD5 Mutants mislocalize a fusion protein containing dipeptidyl aminopeptidase A and alkaline phosphatase (ALP) to the vacuole Golgi Retention Defective 8649377
GSD3 Mutants display reduced glycine decarboxylase multienzyme complex (GDC) activity and glycine intake Defects in conversion of Glycine to Serine 7498764
GSD4 Mutants display reduced glycine decarboxylase multienzyme complex (GDC) activity and glycine intake Defects in conversion of Glycine to Serine 7498764
GSD5 Mutants display reduced glycine decarboxylase multienzyme complex (GDC) activity and glycine intake Defects in conversion of Glycine to Serine 7498764
GSD6 Mutants display reduced glycine decarboxylase multienzyme complex (GDC) activity and glycine intake Defects in conversion of Glycine to Serine 7498764
GSF1 Glucose Signaling Factor 9335593 | 10628974 | 11514465 | 9618445 | 12618390 | 10712503
GSF3 Involved in Snf1p-mediated glucose transcriptional repression Glucose Signaling Factor 9335593
HBO10
HEM10 Involved in porphobilinogen (PBG) precursor generation for heme biosynthesis; mutants are defective in PBG synthase activity HEMe synthesis deficient chrVII -35 7035824 | 2678811 | 1413997
HEM11 Involved in heme biosynthesis 7035824
HEM5 Involved in ferrochelatase activity of heme biosynthesis; mutants accumulate protoporphyrin IX HEMe synthesis deficient 323256 | 2445751
HIR4 Involved in cell-cycle regulation of histone transcription 3125420 | 8224824
HIT4 Disruption by transposon insertion confers growth at 37 degrees Celsius HIgh Temperature growth chrXIII 159.5 1325386
HPC3 Mutants derepress histone gene transcription, such as HTA1, upon DNA synthesis inhibition Histone Promoter Control 1406694 | 8224824 | 19952074 | 9504914
HPC4 Mutants derepress histone gene transcription, such as HTA1, upon DNA synthesis inhibition Histone Promoter Control 1406694
HPC5 Mutants derepress histone gene transcription, such as HTA1, upon DNA synthesis inhibition Histone Promoter Control 1406694 | 16264190 | 9504914
HPR2 Involved in mitotic intrachromosomal recombination 2828154 | 3044923
HPR4 Involved in mitotic intrachromosomal recombination 2828154 | 3044923
HPR7 Involved in mitotic intrachromosomal recombination 2828154 | 3044923
HPR8 Involved in mitotic intrachromosomal recombination 2828154 | 3044923
HRS3 Mutations abrogate the hyper-deletion phenotype of hpr1; potential DNA repair function Hyper-Recombination Suppression 7705651
HRS4 Mutations abrogate the hyper-deletion phenotype of hpr1; potential DNA repair function Hyper-Recombination Suppression 7705651
HRS5 Mutations abrogate the hyper-deletion phenotype of hpr1; potential DNA repair function Hyper-Recombination Suppression 7705651
HYG4 Dominant mutant alleles confer increased hygromycyin B resistance HYGromycin resitance chrIV 201 2678811 | 1413997 | 2963211 | 3056938
IAR1 Gene of unknown function; involved in regulating invertase (SUC5) activity and may be in part responsible for low levels of invertase activity observed in diploids Edition 14: This gene was first called RPS5 but has been renamed to avoid confusion with the ribosomal gene by that name 3312477 | 9169866
ICK1 Found as an extragenic suppressor of ctf13-30 9799255 | https://circle.ubc.ca/bitstream/handle/2429/14169/ubc_2003-0260.pdf?sequence=1
IKI2 Recessive mutation confers resistance to the yeast killer toxin complex encoded by plasmid pGKL1 Insensitive to KIller chrXIII 8704309
IKI4 Recessive mutation confers resistance to the yeast killer toxin complex encoded by plasmid pGKL1 Insensitive to KIller 8704309
IKI5 Recessive mutation confers resistance to the yeast killer toxin complex encoded by plasmid pGKL1 Insensitive to KIller 8704309
ILP1
IPA1 Mutants show increased porphyrin accumulation in conjunction with udt1, a disruption to the HEM12 gene encoding uroporphyrinogen decarboxylase Increased accumulation of porphyrins 7770055
IPA2 Mutants show increased porphyrin accumulation in conjunction with udt1, a disruption to the HEM12 gene encoding uroporphyrinogen decarboxylase Increased accumulation of porphyrins 7770055
IPA3 Mutants show increased porphyrin accumulation in conjunction with udt1, a disruption to the HEM12 gene encoding uroporphyrinogen decarboxylase Increased accumulation of porphyrins 7770055 | 12073310
KEM2 Mutants display an enhanced nuclear fusion defect during conjugation compared to a kar1-1 single mutant Kar Enhancing Mutation 2076815
KEM3 Mutants display an enhanced nuclear fusion defect during conjugation compared to a kar1-1 single mutant Kar Enhancing Mutation chrVII -83 Edition 11: kem1 and kem3 data are not internally consistent nor are they consistent with other data for the lys5-met13 interval. The positions chosen for these genes are tentative. 2076815 | 1413997
KIT12
KRE10 Involved in beta-glucan synthesis; mutants are resistant to the S. cerevisiae K1 killer toxin Killer toxin REsistant 8462845 | 348280
KSL1 10652251
LAI1 L-A Independant
LAI2 L-A Independant
LCP1 Synthetic lethal with pap1-7 Edition 15: The LCP1 locus has been genetically defined by Wiederkehr, T., et al. (1998). LCP1 has not been assigned to a standard ORF. 9814757
LCP2 Synthetic lethal with pap1-7 Edition 15: The LCP2 locus has been genetically defined by Wiederkehr, T., et al. (1998). LCP2 has not been assigned to a standard ORF. 9814757
LCP3 Synthetic lethal with pap1-7 Edition 15: The LCP3 locus has been genetically defined by Wiederkehr, T., et al. (1998). LCP3 has not been assigned to a standard ORF. 9814757
LCP4 Synthetic lethal with pap1-7 Edition 15: The LCP4 locus has been genetically defined by Wiederkehr, T., et al. (1998). LCP4 has not been assigned to a standard ORF. 9814757
LDR1 Gene of unknown function; identified in a screen for mutants that fail to localize the soluble Mnn1p lumenal domain to the Golgi Identified in Reynolds et al. 1998. 9817752
LET1 Involved in S1/S2 permease mediated L-leucine transport LEThal chrI 2 8891352 | 17248609 | 1413997
LET1M chrXIII 79
LET2 Involved in S1/S2 permease mediated L-leucine transport LEThal 8891352 | 1413997
LET3 LEThal chrX -6 1413997
LET5 LEThal chrX -17 1413997
LET6 LEThal chrVI -7 1413997
LEU6 Mutant displays a combinatorial reduction in alpha-isopropylmalate (alpha-IPM) synthase activity in concert with LEU4 disruption LEUcine requiring Edition 14: This gene is unmapped 3294097 | 9169866
LEU7 Mutant displays a combinatorial reduction in alpha-isopropylmalate (alpha-IPM) synthase activity in concert with LEU4 disruption LEUcine requiring Edition 14: This gene is unmapped 3294097 | 9169866
LEU8 Mutant displays a combinatorial reduction in alpha-isopropylmalate (alpha-IPM) synthase activity in concert with LEU4 disruption LEUcine requiring Edition 14: This gene is unmapped 3294097 | 9169866
LGN1 Mutant unable to significantly derepress high-affinity (low-Km) glucose uptake Low Glucose concentration 3049551
LGN2 Mutant has elevated repressed levels of high-affinity uptake that either derepress to normal or near normal levels of high-affinity uptake with loss of low-affinity transport Low Glucose concentration 3049551
LGN3 Mutant has elevated repressed levels of high-affinity uptake that either derepress to normal or near normal levels of high-affinity uptake with loss of low-affinity transport Low Glucose concentration 3049551
LGN5 Mutant unable to significantly derepress high-affinity (low-Km) glucose uptake Low Glucose concentration 3049551
LGN6 Mutant has an intermediate yet constitutive level of high-affinity glucose transport Low Glucose concentration 3049551
LGN7 Mutant unable to significantly derepress high-affinity (low-Km) glucose uptake Low Glucose concentration 3049551
LGN8 Mutant unable to significantly derepress high-affinity (low-Km) glucose uptake Low Glucose concentration 3049551
LGN9 Mutant has an intermediate yet constitutive level of high-affinity glucose transport Low Glucose concentration 3049551
LTS1 Mutant unable to grow at 4 deg C; may also contribute to cycloheximide resistance and/or ribosomal defects Low Temperature Sensistive 4371644
LTS10 Mutant unable to grow at 4 deg C; may also contribute to cycloheximide resistance and/or ribosomal defects Low Temperature Sensistive 4371644
LTS3 Mutant unable to grow at 4 deg C; may also contribute to cycloheximide resistance and/or ribosomal defects Low Temperature Sensistive 4371644
LTS4 Mutant unable to grow at 4 deg C; may also contribute to cycloheximide resistance and/or ribosomal defects Low Temperature Sensistive chrIV 2.5 4371644
LUP1 Possible regulatory component of an amino acid uptake system; amino acid uptake system is ammonium regulated and hydrophobic 8162183 | 8891352
LYS15 Involved in the first half of the AA pathway (formation and the conversion of homocitrate to alpha-aminoadipate), part of lysine biosynthesis LYSine requiring 2188943 | 2507177 | 3131025
MAB1 Maintenance of bromovirus functions 9391109 | 10759565 | 11160714
MAB2 Maintenance of bromovirus functions 9391109
MAK12 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and decreased levels of free 60S ribosomal subunits MAintainence of Killer deficient chrXII -31 7739558
MAK13 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also slowed growth at any temperature and decreased levels of free 60S ribosomal subunits MAintainence of Killer deficient chrIX 40 387719 | 7739558
MAK14 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA MAintainence of Killer deficient chrIII 61 7739558
MAK15 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also slowed growth at any temperature MAintainence of Killer deficient chrXI 69 387719 | 7739558
MAK19 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA MAintainence of Killer deficient chrVIII 130 7739558
MAK20 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also slowed growth at any temperature and decreased free 60S ribosomal subunits MAintainence of Killer deficient Edition 10: mak20 has been removed from the left arm of this chromosome because of uncertainties in the original assignment of this gene 387719 | 7739558 | 2678811
MAK22 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also slowed growth at any temperature and decreased free 60S ribosomal subunits MAintainence of Killer deficient Edition 10: mak22 has been removed from the left arm of this chromosome because of uncertainties in the original assignment of this gene (see Discussion) 387719 | 7739558 | 2678811
MAK24 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and decreased free 60S ribosomal subunits MAintainence of Killer deficient chrVII -56 17246214 | 7739558
MAK26 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA MAintainence of Killer deficient chrXIV -114 7739558
MAK27 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also slowed growth at any temperature and decreased levels of free 60S ribosomal subunits MAintainence of Killer deficient chrXIII 156 387719 | 1985195 | 3889549 | 6996833 | 7040337 | 7739558
MAK4 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and also poor association of 40S and 60S ribosomal subunits MAintainence of Killer deficient chrII 60 787537 | 6996833 | 7040337 | 17246214 | 17248773 | 7739558
MAK6 LTS5 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and decreased levels of free 60S ribosomal subunit MAintainence of Killer deficient chrXVI 8 2865193 | 6371496 | 6996833 | 7040337 | 17248773 | 6750608 | 4371644 | 6757051 | 787537 | 206486 | 1413997 | 2678811 | 2995780 | 6987655 | 3280972 | 372549 | 7010111 | 7739558 | 8852903
MAK9 Mutants of killer strains lose M dsRNA, encoding for virus-like particles and secreting protein toxin, but not L dsRNA, and decreased free 60S ribosomal subunits MAintainence of Killer deficient chrXI -110.8 387719 | 7739558
MCS2 8108573
MCS3
MCS4
MDC1 Modifier of DCP1 19547915
MGL2 a-MethylGLucoside fermentation chrII 148 Edition 10: MAL3-SUC3-MGL2 order has been determined by three-point cross analyses 2678811 | 1413997
MGM104 Nuclear mutation mgm104-1 leads to slow growth on glucose medium and temperature-sensitive (ts) loss of mitochondrial DNA (mtDNA); complementing allele encodes for tyrosyl-tRNA synthetase Mitochondrial Genome Maintenance Edition 14: It was previously believed that TYS1 and MGM104 were identical genes. However, Guan, M.X. (1997) Mol Gen Genet 255:525-532, find that the two loci are unlinked and that TYS1 is an unlinked suppressor of mgm104 mutants 9294037 | 9169866
MIF1 Involved in chromosome transmission fidelity MItotic Fidelity of chromosome transmission chrXII MIF1 has been used to refer to both MAS1/YLR163C, which encodes a subunit of mitochondrial processing peptidase, and the genetic locus MIF1 involved in chromosome segregation. 3510080 | 9169866
MIN1 Mutant inhibited by relatively low concentrations of methionine and histidine Methioine INhibited chrV -37 206899 | 6757051
MIS11 MItochondrial c-tetrahydrofolate Synthetase Edition 11: mis11 is distal and adjacent to tec1; both genes are proximal to pho3,5 and distal to gal7, 10, 1 1413997
MMS3 Mutants confer methylmethanesulfonate and UV radiation sensitivity; may be implicated in the excision repair pathway Methyl Methane Sulfonate sensitive 195865 | 7012135 | 23277058
MOF1 Mutants increase -1 frameshift frequency of L-A dsRNA virus open reading frame resulting in gag-pol fusion protein Maintenance Of Frame 8138178
MOF3 Mutants increase -1 frameshift frequency of L-A dsRNA virus open reading frame resulting in gag-pol fusion protein Maintenance Of Frame 8138178
MOF5 Maintenance Of Frame Maintenance Of Frame 8138178 | 10376878 | 16246174 | 10882134 | 11674994 | 12762034
MOF7 Mutants increase -1 frameshift frequency of L-A dsRNA virus open reading frame resulting in gag-pol fusion protein Maintenance Of Frame 8138178 | 10376878 | 8852903
MOF8 Mutants increase -1 frameshift frequency of L-A dsRNA virus open reading frame resulting in gag-pol fusion protein, decrease activity of nonsense-mediated mRNA decay pathway Maintenance Of Frame 8138178 | 10376878 | 16246174 | 10882134 | 11674994 | 12762034
MRT3 Involved in mRNA Turnover 8757122 | 8816497 | 10913177
MTH3
MTP1 involved in transport of melezitose; alpha-methylglucoside and maltose chrVII 225 Edition 10: MTP1 is 2 cM from MAL1 by random spore analysis | The MTP1 genetic locus may represent an allele of MAL11/YGR289C (also known as AGT1). 3042166 | 8594329 | 2678811
MUM4 Required for viable spore production, mutants deficient for meiosis but not ectopic recombination MUddled Meiosis 9504908
MUP2 MET-P1 Putative methionine permease; met-p1 mutants recover full sensitivity to ethionine as well as normal permeability to methionine (same Km and V as the wild type) when NH4+ is removed from the medium Methionine UPtake The MUP2 genetic locus is likely to represent an allele of AGP1. 6048820 | 8893857 | 18951365 | 19711068 | 9891035
MUT1 Required for fidelity in DNA repair; mutant enhances mutation rate and confers resistance to EMS, MMS, UV, and gamma mutagenesis MUTator 383242 | 786780 | 7021317
NCE1 Negative regulator of CTS1 expression NCE1 has been used in the literature to refer to both NCE101/YJL205C, which encodes a protein of unknown function involved in non-classical protein export, and NCE1, a genetically defined unmapped locus involved in the regulation of CTS1 expression. 9169866 | 8657150 | 8655575
NCE2 Negative regulator of CTS1 expression NCE2 has been used in the literature to refer to both NCE102/YPR149W, which encodes a protein of unknown function involved in non-classical protein export, and NCE2, a genetically defined unmapped locus involved in the regulation of CTS1 expression. 8657150 | 21825281| 9169866 | 8657150 | 8655575
NCE3 Negative regulator of CTS1 expression NCE3 has been used in the literature to refer to both NCE103/YNL036W, which encodes a substrate for the non-classical protein export pathway, and NCE3, a genetically defined unmapped locus involved in the regulation of CTS1 expression. 8657150 | 9169866 | 8657150 | 8655575
NGM2 Confers sensitivity to nitrosoguanidine and UV mutagenesis; mutants are defective for induced mutagenesis NitrosoGuanidine Mutagenesis 3528759 | 16783012 | 8031302 | 10915878 | 11018586 | 11205328 | 11459630 | 2492497 | 2676986 | 3897795 | 10713149
NHS1 Inhibitor of hydrogen sulfide production chrV 47
NOV1 NOVobiocin resistance 1413997
NUP63 Nuclear pore complex protein NUclear pore 8195299 | 8227139
OSR10 Involved in osmotic stress response Edition 15: The OSR10 locus has been genetically defined by Bruning et al. (1998). OSR10 has not been assigned to a standard ORF. 9683646
OSR2 Involved in osmotic stress response Edition 15: The OSR2 locus has been genetically defined by Bruning et al. (1998). OSR2 has not been assigned to a standard ORF. 9683646
OSR3 Involved in osmotic stress response Edition 15: The OSR3 locus has been genetically defined by Bruning et al. (1998). OSR3 has not been assigned to a standard ORF. 9683646
OSR4 Involved in osmotic stress response Edition 15: The OSR4 locus has been genetically defined by Bruning et al. (1998). OSR4 has not been assigned to a standard ORF. 9683646
OSR6 Involved in osmotic stress response Edition 15: The OSR6 locus has been genetically defined by Bruning et al. (1998). OSR6 has not been assigned to a standard ORF. 9683646
OSR7 Involved in osmotic stress response Edition 15: The OSR7 locus has been genetically defined by Bruning et al. (1998). OSR7 has not been assigned to a standard ORF. 9683646
OSR8 Involved in osmotic stress response Edition 15: The OSR8 locus has been genetically defined by Bruning et al. (1998). OSR8 has not been assigned to a standard ORF. 9683646
OSR9 Involved in osmotic stress response Edition 15: The OSR9 locus has been genetically defined by Bruning et al. (1998). OSR9 has not been assigned to a standard ORF. 9683646
OSS1 Mitochondrial gene; mutant confers ossamycin resistance; important for the transcriptional repression of SWE1 a regulator of the G2/M phase transition OSSamycin resistance Edition 13: mitochondrial gene linked to OLI2 and OLI4 | OSS1 has been used in the literature to refer to both ZDS1/YMR273C, which encodes a protein involved in transcriptional silencing and polarity establishment, and OSS1, a genetically defined locus on the mitochondrial chromosome that confers ossamycin resistance when mutated. 160974 | 7003310 | 8647431
OXT1 Mutant resistant to oxythiamine, a competitive inhibitor of thiamine phosphorylation that converts thiamine into thiamine diphosphate Resistance to OXyThiamin chrIV 5 Edition 11: OXT1 is probably distal to trp1 2199352 | 1413997
PBD1 Involved in glucose repression of vacuolar precursor PRB1; mutants display derepressed expression of PRB1; Mutant dependent on functional mitochondrial membrane protein prohibitin, encoded by PHB2 PRB1 Derepressed; ProhiBitin Dependent 9045801 | 16710639
PBD2 Involved in glucose repression of vacuolar precursor PRB1; mutants display derepressed expression of PRB1; Mutant dependent on functional mitochondrial membrane protein prohibitin, encoded by PHB2 PRB1 Derepressed; ProhiBitin Dependent 9045801 | 16710639
PBD3 Involved in glucose repression of vacuolar precursor PRB1; mutants display derepressed expression PRB1 Derepressed 9045801
PBS1 Mutations confer resistance to high levels of membrane toxin polymyxin B Polymyxin B reSistance chrXV 58 Edition 10: pbs1 has been mapped centromere proximal to ade2 by random spore analysis | Edition 14: The gene name PBS1 has also been used to refer to FKS1/YLR342W on Chromosome XII, which encodes a 1,3-beta-D-glucan synthase. 2993791 | 3039511 | 18625027 | 2678811
PDC3 May be involved in pyruvate decarboxylase activity; originally identified as pdc1-30, but not allelic to other pdc1 alleles Pyruvate DeCarboxylase 2670281 | 7050079
PDE5 Putative high affinity cAMP phosphodiesterase 11032796
PDG1
PDR7 Required for normal PDR5 (multi-drug resistance pump) mRNA levels chrII -2 7629054 | 8150279
PDR9 Regulates expression of PDR5 7629054 | 8150279
PDX2 Pyridoxin requiring Based on its genetic map position, PDX2 is likely to represent an allele of SNO1. 2678811 | 1413997
PEP16 Proteinase deficient chrXII 44 1413997
PET1 Gene required for respiratory growth PETite chrVIII 7 Edition 11: cen8-pet1-arg4 distances in Edition 10 are incorrect; new data resulted in the repositioning of these genes as well as put2 and crl15 2215540 | 5900603 | 13977171 | 14802990 | 17247984 | 1413997
PET11 Gene required for respiratory growth chrII 101 Edition 11: pet11 was mistakenly identified as pet111 in Edition 10 5732415 | 5900603 | 6105114 | 1413997
PET114 Mutant unable to grow on non-fermentable carbon sources PETite 1413997
PET14 Gene required for respiratory growth chrIV 112 387719 | 1901944 | 17248609 | 6757051 | 8088511 | 1413997 | 17246112 | 2678811 | 3916808 | 8106383 | 171412
PET17 Gene required for respiratory growth chrXV 23 787537 | 5732415 | 6254831 | 6750608 | 17248609
PET2 Gene required for respiratory growth PETite chrXIV -171 6323924 | 6761582 | 13977171 | 14201165 | 16534748 | 17248609
PET3 Gene required for respiratory growth PETite chrVIII 83 3551912 | 7009319 | 7668043 | 8897427 | 13977171 | 14201165
PET4 Gene required for respiratory growth PETite 13977171 | 14201165
PET5 Gene required for respiratory growth PETite 13977171 | 14201165 | 4561398 | 773743
PET6 Gene required for respiratory growth PETite 13977171 | 14201165 | 23012262
PET7 Gene required for respiratory growth PETite 13977171 | 14201165 | 1001877 | 773743
PETX Gene required for respiratory growth chrXIV -138 773743 | 1990286 | 6341816
PFK4 Involved in glycolysis; mutant lacks particulate phosphofructokinase activity. Phosphofructokinase 6241288 | 1387501 | 6236997
PFK5 Involved in glycolysis; mutant lacks particulate phosphofructokinase activity. Phosphofructokinase 6241288 | 1387501
PHD3 Potential transcriptional regulator of pseudohyphal growth in response to nitrogen starvation PseudoHyphal Determinant Edition 15: The PHD3 locus has been genetically defined by Gimeno and Fink (1994). 8114741
PHD4 Potential transcriptional regulator of pseudohyphal growth in response to nitrogen starvation PseudoHyphal Determinant Edition 15: The PHD4 locus has been genetically defined by Gimeno and Fink (1994). 8114741
PHD6 Potential transcriptional regulator of pseudohyphal growth in response to nitrogen starvation PseudoHyphal Determinant Edition 15: The PHD6 locus has been genetically defined by Gimeno and Fink (1994). 8114741
PHD7 Potential transcriptional regulator of pseudohyphal growth in response to nitrogen starvation PseudoHyphal Determinant Edition 15: The PHD7 locus has been genetically defined by Gimeno and Fink (1994). 8114741
PHO82 Involved in repressible acid phosphatase synthesis; mutants confer constitutive expression PHOsphotase Deficient chrVI 47 Edition 13: PHO82 may be allelic to PHO4. 1879680 | 6090271 | 7007314 | 17249024 | 2183025 | 6314088
PHO83 Involved in repressible acid phosphatase synthesis; mutants confer constitutive expression PHOsphotase Deficient Edition 13: The PHO83 mutation may be caused by insertion of a Ty element in the 5'-noncoding region of the PHO5 gene. 6314088 6314088
PHR2 Functions in photoreactivation of UV DNA damage; inhibited photolyase activity in the mutant PHotoreactivation repair deficient chrXV 224 7031712 | 12773185
PND1 Involved in glucose repression of vacuolar precursor PRB1; mutants partially derepress expression of PRB1 PRB1 NonDerepressible 9045801
PND2 Involved in glucose repression of vacuolar precursor PRB1; mutants partially derepress expression of PRB1 PRB1 NonDerepressible 9045801
POS1 Involved in oxidative stress Edition 15: The POS1 locus has been genetically defined by Krems et al. (1995). 7586028 | 23896974
POS11 Involved in oxidative stress Edition 15: The POS11 locus has been genetically defined by Krems et al. (1995). 7586028
POS12 Involved in oxidative stress Edition 15: The POS12 locus has been genetically defined by Krems et al. (1995). 7586028
POS13 Involved in oxidative stress Edition 15: The POS13 locus has been genetically defined by Krems et al. (1995). 7586028
POS14 Involved in oxidative stress Edition 15: The POS14 locus has been genetically defined by Krems et al. (1995). 7586028
POS15 Involved in oxidative stress Edition 15: The POS15 locus has been genetically defined by Krems et al. (1995). 7586028
POS16 Involved in oxidative stress Edition 15: The POS16 locus has been genetically defined by Krems et al. (1995). 7586028
POS2 Involved in oxidative stress Edition 15: The POS2 locus has been genetically defined by Krems et al. (1995). 7586028
POS3 Involved in oxidative stress Edition 15: The POS3 locus has been genetically defined by Krems et al. (1995). 7586028
POS4 Involved in oxidative stress Edition 15: The POS4 locus has been genetically defined by Krems et al. (1995). 7586028
POS6 Involved in oxidative stress Edition 15: The POS6 locus has been genetically defined by Krems et al. (1995). 7586028
POS7 Involved in oxidative stress Edition 15: The POS7 locus has been genetically defined by Krems et al. (1995). 7586028
POS8 Involved in oxidative stress Edition 15: The POS8 locus has been genetically defined by Krems et al. (1995). 7586028
PRT2 Temperature sensitive mutant with depressed protein synthesis Protein synthesis defective at 36 degree C chrXIV -171 Edition 13: The name PRT2 has also been used to refer to ECM15 6761582 | 17248609
PRT3 Temperature sensitive mutant with depressed protein synthesis Protein synthesis defective at 36 degree C Edition 10: prt3 has been removed from the left arm; previous map position incorrect 6188333 | 17248609 | 2678811
PUT5 Putative trans regulator of PUT2 (delta 1-pyrroline-5-carboxylate dehydrogenase) in proline utilization; mutant constitutively expresses PUT2 at low levels Proline nonutilizer 2689861
QSR2 Mutant is synthetic lethal with QCR6 encoded subunit of mitochondrial cytochrome bc1 complex Quinol-cytochrome c reductase Subunit-Requiring 7730379 | 9148960 | 9426207
RAA4 Mutants are resistant to several amino-acid analogs and have a severe reduction in the uptake of leucine, lysine and ornithine Resistant to amino acid analogs 2188104 | 9065387
RAD29 Likely involved in base excision repair; mutants confer increased sensitivity to ionizing radiation Radiation (ultraviolet or ionizing) sensitive chrII 9153760 | 10915878 | 10923258 | 11033772
RAH1 Gene of unknown function; identified in a screen for suppressors of the osmosensitivity (but not temperature sensitivity) phenotype of act1-1 1639843 | 9153752
RAH2 Gene of unknown function; identified in a screen for suppressors of the osmosensitivity (but not temperature sensitivity) phenotype of act1-1 1639843 | 9153752
RAH3 Gene of unknown function; identified in a screen for suppressors of the osmosensitivity (but not temperature sensitivity) phenotype of act1-1 1639843 | 7565410 | 8576696 | 8167016 | 9153752
RAT6 Involved in nucleocytoplasmic transfer of mRNA; mutants accumulate mRNA at the nuclear periphery Ribonucleic Acid Trafficking RAT6 is probably allelic to IPL1. 10465789
REC1 Gene of unknown function; required for mitotic intragenic and intergenic recombination and for sporulation chrVII -108 Edition 10: rec1 is located close to rad54 on the basis of data presented in this Table and in our 1985 review. However, this is not consistent with the rec1-rad54 data also included in the above Table. Because of this uncertainty, rec3 has not been placed on the genetic map 2178786 | 2678811
REC4 Gene of unknown function; required for mitotic intragenic and intergenic recombination and for sporulation 4580568 | 6750384
RES1 Involved in sporulation; activated transcriptionally by IME1 REgulation of Sporulation 1545790 | 2076816
RGS1 Involved in secretory vesicle fusion to the plasma membrane; mutant is synthetic lethal with secretory G-protein encoding SEC4 Regulation of Glycoprotein Secretion 8087888
ROC2 Modulator of ROAM (Regulated Overproducing Allele responding to Mating signals) family activation of structural genes ROAM mutation Control 6145588
ROS2 Involved in STE4 related alpha-factor receptor propagation and pheromone response Relaxation of sterility 3037311
ROS3 Gene whose mutation suppresses the sterility of a ste4-3 sst2-1 mutant Relaxation Of Sterility chrV -11 3037311
RRM14 Rdna recombination mutation chrXIII 159 Edition 11: rrm14 has been physically mapped adjacent and proximal to rna1 1413997
RSP1 Mutant reverses suppression of Ty element insertion by SPT mutants; may encode suppressive glycine tRNA Reverses Spt- Phenotype chrVII 147.34 1330824
RYE4 Regulation of YGP1 Expression 11139488 | 11560888
RYE6 Regulation of YGP1 Expression 11139488
RYE7 Regulation of YGP1 Expression 11139488
RYE8 Regulation of YGP1 Expression 11139488
SCD1 Enables survival of clathrin deficient CHC1 mutants; involved clathrin mediated vesicular transport Suppressor of clathrin deficiency Edition 14: The name, scd1, has also been used to refer to certain alleles of the SOD1 gene on chromosome X | SCD1 has been used to refer to both SOD1/YJR104C, which encodes copper, zinc superoxide dismutase, and SCD1, a genetic locus that can mutate to suppress clathrin mutations. 2072897 | 3116672 | 8380227 | 8688556 | 9133677 | 9169866
SCH1 Locus that can mutate to suppress the lethality of chs2 null mutant Suppressor of CHitin synthase disruption 8431950
SCW1 Cell wall protein dissolved in reducing conditons; potential role in cell wall biosynthesis/maintanence Soluble Cell Wall protein 9301021 | 15302828
SCW5 Cell wall protein dissolved in reducing conditons; potential role in cell wall biosynthesis/maintanence Soluble Cell Wall protein 9301021
SCW7 Cell wall protein dissolved in reducing conditons; potential role in cell wall biosynthesis/maintanence Soluble Cell Wall protein 9301021
SEC55 Affects synthesis of secretory, glycosylated form of invertase; mutant accumulates nonglycosylated invertase specifically in the cytoplasm Secretion deficient chrIII 59 6368571 | 2995780 | 2678811
SFS1 Serendipitously found suppressor
SHE6 mRNA that causes growth arrest when overexpressed; identified by a library screen Sensitivity to High Expression Edition 14: SHE6 is antisense to YPL212C/PUS1 7762298 | 9169866
SHE7 mRNA that causes growth arrest when overexpressed; identified by a library screen Sensitivity to High Expression Edition 13: may be on cosmid 8179 | Edition 14: SHE7 is antisense to YHR046C, although there is no ORF on the Watson strand 7762298 | 9169866
SIN5 May be a negative regulator of ACE2 3545494 | 8005433 | 8657150 | 11713667 | 10517323 | 2072912
SLC44 SphingoLipid Compensation
SLT3 tRNA gene for glutamine using the CAA codon; mutant recognizes stop UAA codon Suppression at Low Temperature 8637906 | 1868573
SLU1 Essential for the first step of splicing; mutant synergistically lethal with mutation in U5 snRNA Synergistic Lethal with U5 snRNA Edition 12: HEM2/YGL040C [delta-aminolevulinate dehydratase] has also been called SLU1, but it should not be confused with the gene by that name that is synergistically lethal with U5 snRNA. 1406691
SLU2 Essential for the first step of splicing; mutant synergistically lethal with mutation in U5 snRNA Synergistic Lethal with U5 snRNA SLU2 has been used in the literature to refer to both HEM4/YOR278W, which encodes a porphobilinogen synthase, and SLU2, which is essential for splicing. 1406691 | 9169866
SMD4 Extragenic suppressor of nmt1 myristoylation defect 7937855
SMD5 Extragenic suppressor of nmt1 myristoylation defect 7937855
SME2 Start of meiosis
SME3 Start of meiosis
SMR3 Mutation confers resistance to cycloheximide, oligomycin and sulfometuron methyl Sulfometuron Methyl Resistance chrXV 96 2160400 | 3881312
SMT2 Suppressor of Mif Two Edition 12: Maps to chr XIV, immediately upstream of TOP2, clone association was not determined by hybridization-rather by sequencing
SNF10 Involved in secreted SUC2 (invertase) derepression in response to glucose limitation; mutants are deficient in invertase expression Sucrose NonFermenting chrIII -1.61 1752413 | 9618445
SNS1 Involved in STA10 dependent UAS repression of STA1, which encodes the extracellular glucoamylase isozyme in S. cerevisiae var. diastaticus STA1 not repressed by STA10 7700227
SOH3 Mutant displays RAD-mediated suppression of tandem repeat hyperrecombination and suppresses the temperature sensitivity of the hpr1 mutant Suppressor Of Hpr1 7982575
SOH5 Mutant displays RAD-mediated suppression of tandem repeat hyperrecombination and suppresses the temperature sensitivity of the hpr1 mutant Suppressor Of Hpr1 7982575
SOH6 Mutant displays RAD-mediated suppression of tandem repeat hyperrecombination and suppresses the temperature sensitivity of the hpr1 mutant Suppressor Of Hpr1 7982575
SOH7 Mutant displays RAD-mediated suppression of tandem repeat hyperrecombination and suppresses the temperature sensitivity of the hpr1 mutant Suppressor Of Hpr1 7982575 | 9032243
SOH8 Mutant displays RAD-mediated suppression of tandem repeat hyperrecombination and suppresses the temperature sensitivity of the hpr1 mutant Suppressor Of Hpr1 7982575 | 9618449
SOI2 Suppressor of the rapid Onset of Impotence Edition 13: Comments provided by J. Brickner: Suppressor of the rapid Onset of Impotence observed after shutting off the Kex2p localization-defective mutant Tyr713Ala. Mutations in the cytosolic tail of Kex2p, either deletion of the tail or substitution of Alanine for Tyr713, result in loss of TGN localization. Loss of Golgi retention results in a more rapid loss of mating competence of Mat alpha cells after shutting off expression of a GAL1 promoter-driven form of KEX2-Y713A. SOI2 mutants suppress the localization defect in Kex2p-Y713A and, unlike the parent strain, can mate well after 7h on glucose. 8887651 | 15090613
SON2 Extragenic suppressor of mutations in the C terminus of SEC63 8514125
SON3 Extragenic suppressor of mutations in the C terminus of SEC63 8514125
SON4 Extragenic suppressor of mutations in the C terminus of SEC63 8514125
SON5 Extragenic suppressor of mutations in the C terminus of SEC63 8514125
SOT1 Mutant suppresses deoxythymidine 5'- monophosphate (dTMP) uptake conferred by recessive dTMP uptake (tup) mutants Suppression of deOxyThymidine monophosphate uptake chrXVI -13 374400 | 6752656
SPA1 Involved in chromosome segregation and other mitotic functions Spindle Pole Antigen 3044610 | 10361272
SPD1 Mediates nitrogen repression of sporulation in rich media chrXV -12 1094303 | 3540206 | 3886382 | 6374028 | 6374029 | 19682552 | 25086216
SPD3 Derepressed for meiosis and spore formation 6374028 | 6374029 | 3528755
SPD4 Derepressed for meiosis and spore formation 6374028 | 6374029 | 3528755 | 3299047
SPO10 Gene of unknown function; dispensable for mitosis and premeiotic DNA synthesis; required for spindle pole body duplication, meiosis I, meiosis II, and spores SPOrulation 3886327 | 3913414 | 4552504 | 4613605
SPO17 Dispensable for mitosis; required for premeiotic DNA synthesis and subsequent meiotic landmarks, and sporulation-specific amyloglucosidase activity SPOrulation Edition 10: spo17 is 7.4 cM from trp5 3147221 | 2678811 | 5473889
SPO2 Dispensable for mitosis; premeiotic DNA synthesis, recombination, meiosis I, meiosis II. Required for nuclear membrane integrity at meiosis I and meiosis II, and localized prospore wall growth at the nuclear envelope. SPOrulation 4591340 | 4606582 | 5473889 | 4613605
SPO4 Dispensable for mitosis; premeiotic DNA synthesis, recomb., meiosis I, meiosis II & prospore wall initiation. Required for spore wall elongation, coordination of spore wall closure with meiosis II segregation, & spore wall maturation SPOrulation 4552504 | 4613605
SPO5 Dispensable for mitosis; premeiotic DNA synthesis, recomb., meiosis I, meiosis II & prospore wall initiation. Required for spore wall elongation, coordination of spore wall closure with meiosis II segregation, & spore wall maturation SPOrulation 4552504 | 4613605
SPO50 Dispensable for mitosis; required for premeiotic DNA synthesis and recombination, and spores SPOrulation 1678004 | 6374029
SPO51 Required for sporulation SPOrulation 6374029
SPO53 Required for sporulation SPOrulation 6374029
SPO9 Dispensable for mitosis; required for premeiotic DNA synthesis, spindle pole body duplication, meiosis I, meiosis II, and spores SPOrulation 3147221 | 4552504 | 4613605
SPOT1 Essential for sporulation; required for premeiotic DNA synthesis SPOrulation (T prefix locus) chrXIII 0 6350825
SPOT11 Essential for sporulation; required for premeiotic DNA synthesis SPOrulation (T prefix locus) chrXV -3 6350825
SPOT15 Essential for sporulation; required for meiosis I SPOrulation (T prefix locus) chrXV 57 6350825
SPOT16 Essential for sporulation; required for meiosis II SPOrulation (T prefix locus) chrXVI -140 6350825
SPOT2 Essential for sporulation; required for premeiotic DNA synthesis SPOrulation (T prefix locus) chrVII -142 1545790
SPOT20 Essential for sporulation; required for spore maturation SPOrulation (T prefix locus) chrXVI 41.7 6350825
SPOT23 Essential for sporulation; required for spore maturation SPOrulation (T prefix locus) chrXI 19 6350825
SPOT4 Essential for sporulation; required for premeiotic DNA synthesis SPOrulation (T prefix locus) chrIV -36 6350825
SPOT7 Essential for sporulation; required for premeiotic DNA synthesis SPOrulation (T prefix locus) chrXIII 161 Edition 10: spoT7 data in 1985 mapping review; new reference 3889549 | 6350825 | 2678811
SRA6 Required for repression of RAS1 transcription on nonfermentable carbon sources; involved in adenate cyclase activation Suppressors of the RAs mutation chrVII 45 1848378 | 3013722 | 3520568 | 2678811 | 2198534 | 1413997 | 2547147 | 2827010 | 3049076
SRA7 Required for repression of RAS2 disaccumulation of glycogen; involved in adenate cyclase activation Suppressors of the RAs mutation chrX -100 3013722 | 8150276 | 2823100 | 2678811
SRN11 Extragenic suppressor of the temperature-sensitive phenotype of rna1-1 9790597
SRP5 Involved in cytoplasmic accumulation of the largest subunit of RNA polymerase I (A190) Suppressor of Rna Polymerase I or A chrXV 108 1846671 | 8041713
SRS1 Involved in the self regulation of heat shock protein SSA1, and HSP70 family member Self Regulating Sequence 383698 | 2181281
SSB20 Stress-Seventy subfamily B 2678811 | 1413997
SSB38 Stress-Seventy subfamily B 2678811 | 1413997
SSF9 Involved in Swi4p-mediated start-dependent activation of HO and high level-expression of G1 cyclin genes; mutants restore HO transcription in the absence of SWI4 Suppressor of Swi Four 7748491 | 7935460
SSU3 Sensitive to sulfite 8082198 | 9294463 | 10870099 | 10234785 | 8889516
SSU4 Sensitive to sulfite 8889516 | 2123190 | 8082198 | 10234785 | 9294463 | 9409150
SSX6 Involved in Swi4p-mediated start-dependent activation of HO and high level-expression of G1 cyclin genes; mutants restore HO transcription in the absence of SWI4 Suppressors of SWI6 15998722 | 7896087
SSY4 Mutant bears resistance to metsulfuron-methyl and reduced phenylalanine uptake but is unable to grow on sulfonylurea containing YPD Sulfonylurea Sensitive on YPD 9483800
STB8 Sin Three Binding protein
SUA2 Suppressor of upstream AUG Suppressor of Upstream AUG Edition 15: The SUA2 locus has been genetically defined by Hampsey, M., et al. (1991). SUA2 has not been assigned to a standard ORF. 1327957 | 1666843
SUA3 Suppressor of upstream AUG Suppressor of Upstream AUG Edition 15: The SUA3 locus has been genetically defined by Hampsey, M., et al. (1991). SUA3 has not been assigned to a standard ORF. 1327957 | 1666843
SUA4 Suppressor of upstream AUG Suppressor of Upstream AUG Edition 15: The SUA4 locus has been genetically defined by Hampsey, M., et al. (1991). SUA4 has not been assigned to a standard ORF. 1327957 | 1666843
SUF15 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrVII 171 2548921 | 6757051 | 17246112
SUF18 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrVI 16 2995780 | 2678811 | 6757051 | 17246112 | 6366520
SUF19 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrV -38 1413997 | 2678811 | 2995780
SUF21 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrXVI 3 6757051 | 1413997 | 17246112 | 2678811 | 2995780 | 2537149 | 6366520
SUF22 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrXIII -31 6757051 | 8440738 | 3894935 | 17246112 | 2995780 | 1413997 | 2678811 | 6366520
SUF24 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrIV 160 6757051 | 6757053 | 1394509 | 1413997 | 17246112 | 2995780 | 2678811
SUF25 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation chrIV -115 6757051 | 17246112 | 2406560 | 2995780 | 1413997 | 11238400 | 2678811 | 6366520 | 6757053
SUF76 Involved in suppression of frameshift mutations by mutant his4 tRNA that recognizes 4 base mRNA codon sequences SUppression of Frameshift mutation
SUH1 Mutant is involved in restoring histidinol phosphatase activity by suppressing the his2-1 histidine biosynthesis deficient allele SUppression of his2-1 4329443
SUH2 Mutant is involved in restoring histidinol phosphatase activity by suppressing the his2-1 histidine biosynthesis deficient allele SUppression of his2-1 chrXII 24 4329443 | 7010111 | 1413997 | 2678811 | 2995780 | 6366520
SUL3 Sulfate uptake 9055073 | 16102596 | 9409150 | 11921096 | 17151249
SUP139 Mutant is an ominopotent (codon nonspecific) suppressor of nonsense mutations in [PSI]+ factor environment SUPpression of nonsense mutations chrV 52 1868573 | 2692850 | 1413997 | 2179051 | 16832048
SUP15 Mutant is a suppressor of UAA-codon nonsense mutations in [PSI]+ factor environment SUPpression of nonsense mutations chrXVI 48 It is very likely that SUP15 and SUP16 are allelic, but this has not been proven definitively. 372549
SUP154 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrVII -42 8608930 | 2678811 | 1413997
SUP155 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations 8608930 | 1413997 | 2678811 | 1525856
SUP160 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrXV 3 8608930 | 1413997 | 2678811 | 1525856
SUP165 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations Edition 11: SUP165 has been removed from the map because of an improbable (17:3:20)) tetrad ratio (see Edition 10) and inconsistencies with the physical map of Riles and Olson 8608930 | 2678811 | 1413997 | 16832048
SUP22 Mutant is a suppressor of UAA-codon nonsense mutations SUPpression of nonsense mutations chrIX -95 6795356 | 2995780 | 7010111 | 1413997
SUP25 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations chrXI 63 2995780 | 7010111 | 1413997 | 17246112 | 17248609 | 2678811 | 4590685 | 6366520
SUP26 Mutant is a suppressor of UAA-codon nonsense mutations via leucine insertion in [PSI]+ factor environment SUPpression of nonsense mutations chrXII 306
SUP27 Mutant is a suppressor of UAA-codon nonsense mutations via leucine insertion in [PSI]+ factor environment SUPpression of nonsense mutations chrIV 9 17248970
SUP28 Putative leucine tRNA gene that can mutate to suppress UAA mutations; genetic mapping data suggest that SUP28 could correspond to tL(UAA)N chrXIV 39 Edition 10: SUP28 data in 1985 mapping review; new reference 1475183 | 8608930 | 24173554 | 1413997 | 2678811
SUP29 SUP30 Mutant is a suppressor of UAA-codon nonsense mutations via leucine insertion in [PSI]+ factor environment SUPpression of nonsense mutations chrX 0 392110 | 1868573 | 6821248 | 17248609 | 3533713 | 1413997 | 2678811 | 7010111 | 8082183
SUP33 Leucine-inserting UAA suppressor; located between FAS1 and TRP3 on left arm of Chromosome XI chrXI -122.2 Edition 10: SUP33 data in 1985 mapping review; new reference 8608930 | 24173554 | 392110 | 1413997 | 2678811 | 2995780 | 3059716
SUP37 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations chrXII 86 2995780 | 1413997 | 2678811
SUP40 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations 2678811 | 1413997 | 7698667
SUP42 Mutant is an ominopotent (codon nonspecific) suppressor of nonsense mutations in [PSI]+ factor environment SUPpression of nonsense mutations chrIV 20 2179051 | 1413997 | 10580473
SUP43 Mutant is an ominopotent (codon nonspecific) suppressor of nonsense mutations in [PSI]+ factor environment SUPpression of nonsense mutations chrXV -14 2179051 | 3522920 | 2311916 | 2692850 | 1413997 | 10580473 | 3059716
SUP50 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations 1413997 | 7010111 | 17248609 | 2678811 | 2995780 | 7698667
SUP57 Mutant is a suppressor of UAA-codon nonsense mutations via leucine insertion SUPpression of nonsense mutations chrVI 41 177333 | 6387150 | 1413997 | 2678811 | 2995780
SUP58 Mutant is a suppressor of UAA-codon nonsense mutations via leucine insertion SUPpression of nonsense mutations chrXI -58 177333 | 6387150 | 2995780 | 1413997 | 2678811 | 7828812
SUP71 SUP150 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrV 2 The genetic loci SUP71 and SUP150 were merged because PMID: 8608930 states that they are allelic. 8608930 | 17248609
SUP72 Mutant is a suppressor of UGA-codon nonsense mutations, may correspond to tRNA genes SUPpression of nonsense mutations chrII 41 1413997 | 2678811 | 2995780 | 7813418 | 8608930
SUP73 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrX -21 1413997 | 2678811 | 2995780 | 6366520 | 8608930
SUP74 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrX -32 1413997 | 2678811 | 2995780 | 6366520 | 8608930 | 8641269
SUP75 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrXI -59 7828812 | 1413997 | 2678811 | 2995780 | 6366520 | 8408221 | 8608930
SUP76 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrVII 134 2995780 | 2678811 | 1413997 | 6366520 | 8608930
SUP77 SUP166 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrVII 114 1525856
SUP78 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrXIII 154 1413997 | 2678811 | 2995780 | 3896924 | 6366520 | 8608930
SUP79 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrXIII -48 2828155 | 2675489 | 2678811 | 2995780 | 3896924 | 1413997 | 6366520 | 8608930
SUP80 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrIV 55 2995780 | 1413997 | 2678811 | 8608930
SUP85 Mutant is a suppressor of UGA-codon nonsense mutations SUPpression of nonsense mutations chrV 51 2995780 | 8608930 | 1413997 | 2678811
SUP86 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations chrXII 304 1413997 | 2678811 | 2995780 | 6366520
SUP87 Mutant is a suppressor of nonsense mutations by stop codon readthrough SUPpression of nonsense mutations chrII 26 1413997 | 2678811 | 2995780 | 7813418
SUP88 Mutant is a suppressor of UGA-codon nonsense mutations via leucine insertion SUPpression of nonsense mutations chrIV 17 2675489 | 1413997 | 2678811 | 2995780
SUPX Mutant is a suppressor of UAA-codon nonsense mutations SUPpression of nonsense mutations chrV 30.83 1441747
SUPY Mutant is a suppressor of UAG-codon nonsense mutations SUPpression of nonsense mutations chrVI 48.64 1441747
SUR3 Suppressor of rvs161 and rvs167 mutations 8488727 | 9098885 | 10366774 | 16524918
SVL10 Styryl dye vacuolar localization 9751732
SVL11 Styryl dye vacuolar localization 9751732
SVL12 Styryl dye vacuolar localization 9751732
SVL4 Styryl dye vacuolar localization 9751732
SVL5 Styryl dye vacuolar localization 9751732
SVL8 Styryl dye vacuolar localization 9751732
SVL9 Styryl dye vacuolar localization 9751732
TMR7 Revertant of tom1 ts mutant 10660055
TS225
TSF1 Recessive mutants impair GAL operator silencing; potentially implicated in RNA polymerase II machinery Transcriptional Silencing Factor 8349104 | 8423805
TSM0039 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrV 4 2678811 | 1413997
TSM0070 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrVI -30 2678811 | 1413997
TSM0080 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrIV 7 2678811 | 1413997 | 2526682
TSM0111 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrXIII 1 24173148
TSM0119 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations
TSM0120 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrXVI 32 2678811 | 1413997 | 9730282
TSM0139 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrIX -47 1413997 | 2653960 | 2678811
TSM0151 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrVIII 23 1413997 | 2678811
TSM0186 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrVIII 19 1413997
TSM0225 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrIV -49 1413997 | 2678811
TSM0800 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrXIII 12 1413997 | 2678811
TSM134 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrII 38 340892 | 348562 | 17248609
TSM5 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrIII 60
TSM5162 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrIV 23 1413997 | 2678811 | 2995780
TSM8740 Restricted growth for mutants at 36 deg. C Temperature sensitive lethal mutations chrXV 55 2841184 | 24186473
TTR2 Mutant characterized by increased levels of cytochrome-c, respiration rate, and sensitivity to carbon deprivation TrieThyltin resistance 2202522 | 2167772
TTR3 Mutant characterized by increased levels of cytochrome-c, respiration rate, and sensitivity to carbon deprivation TrieThyltin resistance 2202522 | 2167772
TUP4 Mutant incorporates exogenous deoxythymidine monophosphate (dTMP) into DNA and has elevated levels of inorganic phosphate transport DeoxyThymidine monophosphate UPtake positive chrXV -10 8893 | 374400 | 787537 | 4281200 | 4587606 | 6293915
TYE1 Required for Ty mediated expression of ADH2 TY-mediated constitutive Expression 1664298 | 6267430
TYE5 Required for Ty mediated expression of ADH2 1664298
UDT1 Involved in transcription of HEM12 7770055
URR3 Required for GAL1 repression by URS element; mutant suppresses URS derepression by snf1 mutation URS Repression 1541392 | 8262068 | 8467796 | 9618445
URR4 Required for GAL1 repression by URS element; mutant suppresses URS derepression by snf1 mutation URS Repression 1541392 | 8262068 | 8467796 | 9618445
VMA42 Required for V-ATPase activity 9488470
VMA43 Required for V-ATPase activity 9488470
VMA44 Required for V-ATPase activity 9488470
XCM2 Mutant suppresses mitotic spindle pole and nuclear intergrity defects of calmodulin mutant cmd1-101 eXtragenic suppressor of CMd1 8247006
XCM3 Mutant suppresses mitotic spindle pole and nuclear intergrity defects of calmodulin mutant cmd1-101 eXtragenic suppressor of CMd1 8247006
XSP18 Extragenic suppressor of pdc2 9055069
XSP37 Extragenic suppressor of pdc2 9055069
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