Table 3.

Primer sequences and annealing temperatures.

Gene Primers	Sequences 5′-3′	Tm (°C)
Mmu circ-MEMO1 S	ACTATGATGAATCCCAGGGGG	52
Mmu circ-MEMO1 AS	CAGGGGCACATGATGGGAAG
Mmu circ-DNAH7 S	TACACGGGCCCTGCATTGTA	57
Mmu circ-DNAH7 AS	AGGAGAGACCCAGCATGTGTA
Mmu circ-MAPT S	GTCAGGTCGAAGATTGGCTCT	55
Mmu circ-MAPT AS	ATACTGGTTCAAAGCCTTGCC
Mmu circ-DNER S	TGTGTCCTAGACCCATGCAG	53
Mmu circ-DNER AS	TCTGCAACAAACTTCCAGACAC
Mmu circ-CPSF6 S	TCGTTAGAAGATTTGCCCTTGT	52
Mmu circ-CPSF6 AS	ACAACAGGACTCTGACCATGA
Mmu circ-PTPN11 S	TACGGGGTCATGCGTGTTAG	53
Mmu circ-PTPN11 AS	GGGGTGAAACCATTTGTCCG
Mmu circ-ADAM10 S	CCTATGTCTTCACAGACCGGG	55
Mmu circ-ADAM10 AS	TGGGGATAGTCTGAAGGTGC
Mmu circ-RESP18 S	TCTCCCCAAAAGATGGTCAGG	53
Mmu circ-RESP18 AS	TGCCTTCGGGTACAATCTGG
Mmu circ-TULP4 S	ATAAACTTCAACCTGCGAGGC	53
Mmu circ-TULP4 AS	TCCCGGTTAATTCAGGAGCCA
Mmu circ-MAGED1 S	TGGCTTCTTCTGGGTTGAGTAAAT	52
Mmu circ-MAGED1 AS	AGTAAAGGCCTGGGGAAACCTG
Mmu circ-CLNS1A S	ACTGTTGCCGGACAGTTTGA	53
Mmu circ-CLNS1A AS	CAGGACAGGCGGTGTATAGT
Mmu circ-INPP5B S	CCTCCTGCCAGTGAGAAGTG	58
Mmu circ-INPP5B AS	TCAGCTGAGTGATGTTCTTTCCT
Mmu circ-SMAD2 S	TGACTACACCCACTCCATTCC	56
Mmu circ-SMAD2 AS	TCAGAGCAAGTGCTGGGATGT
Mmu circ-KDM4D S	AAACTTGGGGCTTGAAGCGT	54
Mmu circ-KDM4D AS	GGGGTGCAGCAGAATCTCTT
Mmu circ-NFAT5 S	AAAAGAGCACTCGTGCCAGA	52
Mmu circ-NFAT5 AS	TCAGAGAATTGCATAAAATGGGG
Mmu circ-QRICH1 S	TGGGAATGTAAGCAGCTTGGG	56
Mmu circ-QRICH AS Mmu circ-ATRN S Mmu circ-ATRN AS Mmu circ-PCSK6 S Mmu circ-PCSK6 AS	TGACAATCCACCTGAGGCT GCGTATGACCTGACTTCTAGGG TGAGCATCCAGGACCTTATGT GGAGTGGACTCTGGAAGTGC ACCTTGGCGACCCTTGTTTC	56 58
RPS18 S	GAGACTCTGGATGCTAACTAG	56
RPS18 AS	GGACATCTAAGGGCATCACAG
Cyclophilin-A S	TGGTCTTTGGGAAGGTGAAAG	52
Cyclophilin-A AS	TGTCCACAGTCGGAAATGGT
PLAG1 S	CCATACACATGACCCCAACA	58
PLAG1 AS	CTTCACACCCCCAGATGACT