. 2016 Jan 29;11(1):e0148204. doi: 10.1371/journal.pone.0148204

Table 1. Genes whose mRNA levels upon oxidative stress are dependent on the presence of Cth2^a.

Gene^b	Aft1/Aft2 regulon^c	AREs^d	Gene^b	Aft1/Aft2 regulon^c	AREs^d
PHO89		416	YNL208W
FIT2	Yes	52, 306	*APE1*		478
FIT3	Yes	238	YHR138C
*FIT1*	Yes	264	GRE2
UTR5		320	ECM4
ARN2	Yes		*HMX1*	Yes
ARN1	Yes		CFT2
*YAP2*			*PEP4*
*FTH1*	Yes		*ATG34*		52
MST28		404, 419	*ARN4*	Yes
NSE1			YDR366C
*VHT1*	Yes		*SDH3*		91
FET5			*SDH2*		163, 309, 328
IMA2			YJR028W
*ACO1*		33, 151, 178	IQG1
ARA2		327	TDH3
*MRS4*	Yes		VTC3
YMR160W			IPL1
TAF1			CTF4
MET5		300, 348	YDR340W
SLI1			FET3	Yes
ARN3	Yes		FTR1	Yes
SMF3	Yes	265	FKS1
COT1			TIF1
UBC8			*GLT1*		15, 37, 45, 53, 61, 69, 77
SNZ1			SSB2
YDL114W			EFT2
*HAC1*			*YER156C*
MET10		354, 472	YEF3
KTR2			HEF3
YFL032W			SSA2		357
PRB1		215	PPT1
TMT1			VTS1
YMR315W			OPT1
GLK1			KAP123

^a From data in Fig 1 and S1 Table. See Materials and Methods for experimental conditions

^b Genes marked in bold become also upregulated in Δcth2 cells in Fe-starvation conditions [17, 18]

^c From Ref. 8

^d Putative 3’ARE elements (5’-UAUUUAUU-3’ or 5’-UUAUUUAU-3’) located within 500 nucleotides after the stop codon. Data from Ref. 18 or from our analyses using the Regulatory Sequence Analysis Tools (RSAT)

Table 1. Genes whose mRNA levels upon oxidative stress are dependent on the presence of Cth2a.

Table 1. Genes whose mRNA levels upon oxidative stress are dependent on the presence of Cth2^a.