Table 3 Overview of main transcriptome analysis results obtained from the comparison between CEN.PK113-7D and YSBN2 strains.

From: Integrated multilaboratory systems biology reveals differences in protein metabolism between two reference yeast strains

Batch

Chemostat

GO terms

Reporter metabolite

Reporter TF

ORFs

GO term

Reporter metabolite

Reporter TF

ORFs

Response to pheromone

 

CBK1, FUS3

FUS3, FUS1, STE5, MFA1, STE2, AGA2, BAR1, PRM10, FAR1, STE18, SST2, STE4

Protein catabolism

 

RPN4

PIM1, PRE7, VID24, UMP1, RPN6, CDC48, RPT3, RPN9, RAD23, PRB1, RPN11, PRE4, SCL1, RPT6, UFD1, PUP2, ECM29, RPN1, PRE3, UBX6, LAP4, PRE8, PRE5, YDJ1, PUP1, RPT4, RPN8, PRE2, RPN7, SUE1

Sterol biosynthesis

(R)-Mevalonate, Episterol

MOT3

ERG28, ERG26, ERG3, HMG1, ERG13, ERG2, CYB5, MVD1

Amino-acid biosynthesis

Cys, Gly, Asn, Leu

GCN4

TRP4, SAM2, GLY1, HIS1, ARG5,6, AGX1, MET13, STR3, SER2, ARG3, BAT2, ALT1, PUT1, SAM1, ECM40, LEU4, ARG1, ARG8, LEU9, ASN1

Amino-acid transport

Leu, Phe, Ile, Val, Tyr, ALAxt, Asn, GLNxt, Cys, METxt, Trp, Gly,THRxt, PROxt, HISxt

GLN3, GAT1

BAP3, CAN1, AGP2, BAP2, PUT4, SAM3, DIP5, AGP1, GAP1

Heterocycle metabolism

  

URA7, HEM12, TRP4, ARO10, ADE8, SAM2, HEM2, SDT1, ADE5,7, PDC6, MTD1, SAM1, HMX1, ADH6, AAH1, BIO3, ADE2, COX10

    

Proteolysis

 

RPN4

PIM1, PRE7, VID24, UMP1, PRD1, RPN6, CDC48, RPT3, RPN9, RAD23, RPN11, PRE4, SCL1, RPT6, UFD1, PHB2, PUP2, RPN1, PRE3, UBX6, PRE8, YTA12, PRE5, YDJ1, PUP1, RPT4, RPN8, PRE2, RPN7

Trehalose metabolism

α,α′-Trehalose 6-P, α,α-Trehalose

TPS2

NTH1, TPS2, UGP1, TSL1, PGM2

Sterol biosynthesis

5-Diphospho mevalonate

 

ERG26, ERG25, ERG1, NCP1, ERG7, ERG9, ERG27, ERG6, HMG1, ERG13, ERG5, ERG2, ERG12, ERG8, CYB5, NSG2, ERG24, MVD1, ERG20

    

Allantoin metabolism

Allantoin

 

DUR1,2, DAL1, DAL4, DAL2, DAL7, DAL3

    

Cytokinesis

 

CBK1

BOI2, DSE1, SCW11, MYO1, DSE2, CTS1, DSE4

  1. Abbreviation: ORF, open reading frame.Representative GO terms, reporter metabolites, reporter TF and ORFs that were significantly changed between the two strains in the two growth conditions are presented (in bold text, those being expressed higher in the YSBN2 strain relative to CEN.PK; in normal text, those being expressed lower). Addition of xt marks that only the extracellular amino acid was identified as a reporter metabolite (otherwise, both the intra- and extracellular pools were identified).