Table 1.

Sequence of primers for amplification of cDNA.

Isoforms	Primer	Sequence	Annealing temperature (°C)
UGT1A1	Forwarda	5′-CCT TGC CTC AGA ATT CCT TC-3′	60
	Reverse	5′-CAC AGG ACT GTC TGA GGG ATT TT-3′
UGT1A3	Forward	5′-GAG AGG TGT CAG TGG TGG ATA TTC T-3′	60
	Reverse	5′-CAC AGG ACT GTC TGA GGG ATT TT-3′
UGT1A4	Forwardb	5′-CCT GCT GTG TTT TTT TGG AGG T-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A5	Forwarda	5′-ACA ATA TGT CTT TGA TCA TA-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A6	Forwardb	5′-CAA CTG TAA GAA GAG GAA AGA C-3′	54
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A7	Forwardb	5′-CCC CTA TTT TTT CAA AAATGT CTT-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A8	Forwarda	5′-GGT CTT CGC CAG GGG AAT AG-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A9	Forwarda	5′-GAA CAT TTA TTA TGC CAC CG-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
UGT1A10	Forwarda	5′-CTC TTT CCT ATG TCC CCA ATG A-3′	60
	Reversea	5′-ATT GAT CCC AAA GAG AAA ACC AC-3′
Ugt2b1	Forward	5′-TTG GGC CGA GCA ATG AAT CT-3′	60
	Reverse	5′-GAT AGC AGC TCA CCA CAG GG-3′
Ugt2b5	Forward	5′-TTA TGC GCC ACA AAA GAG CC-3′	60
	Reverse	5′- AAT CAA GTC AAG TGT TTA GAA GGT G -3′
Ugt2b34	Forward	5′-TTC CAG TGG TTG GCA TTC CT-3′	60
	Reverse	5′-ACA CGA AGA TGC TTG GCT CC-3′
Ugt2b35	Forward	5′-CTT GTA CAG AGG GGC CAT GAA-3′	60
	Reverse	5′- TGG GAC CTC AAA AGT CCA TTC -3′
Ugt2b36	Forward	5′- AAG GTG TTG GTA TGG CCG GT-3′	66
	Reverse	5′-AGT CCA TCT TTC CAC AGC CTT-3′
Ugt2b37	Forward	5′-ACA GCT TTT GAA TGT GTG GAC T-3′	60
	Reverse	5′-GCG ATT AGC TCC CCA CCA AA-3′
Cyp2b10	Forward	5′-GCA AGC CAT GTT GCT CCT AA-3	60
	Reverse	5′-CTT GGA GCC CTG GAG ATT TGG-3′
CPHc	Forward	5′-CAG ACG CCA CTG TCG CTT T-3′	60
	Reverse	5′-TGT CTT TGG AAC TTT GTC TGC AA-3′

^aNakamura et al. (2008) [45].

^bIzukawa et al. (2009) [19].

^cFujiwara et al. (2012) [46].