Table 1. Summary of Transporters Involved in Virulence or Toxin and Drug Efflux.

Transporter Family	Name	Fungus	Description/Substrate	Amino Acid Length	References
ABC Transporters
PDR/ABCG	CDR1	C. albicans	Triazole resistance	1500	[60],[72]
PDR/ABCG	CDR2	C. albicans	Triazole resistance	1499	[71]–[73]
PDR/ABCG	CgCDR1	C. glabrata	Fluconazole, itraconazole	1542	[59]
PDR/ABCG	CgCDR2/PDH1	C. glabrata	Fluconazole, ketoconazole	1499	[61],[85]
PDR/ABCG	CgSNQ2	C. glabrata	Fluconazole, itraconazole	1507	[62]
PDR/ABCG	AFR1	C. neoformans	Triazole resistance	1543	[58]
PDR/ABCG	ABC1	M. grisea	Unknown function	1619	[46]
PDR/ABCG	GpABC1	G. pulicaris	Rishitin tolerance	1491	[51]
PDR/ABCG	Mgatr4	M. graminicola	Unknown function	1635	[49]
PDR/ABCG	BcatrB	B. cinerea	Resveratrol tolerance	1439	[48],[50]
MRP/ABCC	MLT1	C. albicans	Unknown function, possibly bile	1606	[55]
MFS Transporters
DHA14	TOXA	C. carbonum	HC-toxin secretion	548	[34]
DHA14	TRI12	F. sporotrichioides	Trichothecene T-2 secretion	598	[40]
DHA14	CFP	C. kikuchii	Cercosporin secretion	607	[35]
DHA12	CTB4	C. nicotianae	Cercosporin secretion	512	[36]
DHA12	cefT	A. chrysogenum	Cephalosporin secretion	561	[42]
DHA14	PEP5	N. haematococca	Unknown function	592	[52]
DHA12	MDR1	C. albicans	Fluconazole resistance	564	[76]–[78]
DHA12	FLU1	C. albicans	Fluconazole resistance	610	[79]
DHA12	CdMDR1	C. dubliniensis	Fluconazole resistance	557	[80],[81]
DHA12	TMP1	C. albicans	MDR	561	[83]
DHA12	TMP2	C. albicans	MDR	581	[83]

Transporters involved in virulence are in bold.