Aliases rno_circRNA_014746 Scientific name Rattus rattus
Organism Rat Genome Locus chr7:109061788-109072869:-
CircRNA type exonic Gene ID n/a
Gene Name Zfat Detection pipeline Microarray
Sample Type Kidney
Method for Estimation n/a
Circular RNA status Experimented PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer n/a
Reverse Primer n/a
Pubmed 28778982
Aliases rno_circRNA_014746 Scientific name Rattus rattus
Organism Rat Genome Locus chr7:109061788-109072869:-
CircRNA type exonic Gene ID n/a
Gene Name Zfat Detection pipeline n/a
Sample Type Kidney
Method for Estimation Quantitative PCR
Circular RNA status Validated PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer CCTCAAAGCTCATATGAATCGTCA
Reverse Primer GTGGGACCTAACCATCAGATGTG
Pubmed 28778982
Suggested primers
Product size Left primer Right primer Left GC Right GC Left TM Right TM Left pos Right pos Left size Right size
162 AAGGGCTTCACACCTACCAA CCCACTTGAGGATCCACACT 50 55 58.854 59.013 161 322 20 20
237 TTGCCACACATGTCACAGAG CATACAAGTGCTCCCAGTGC 50 55 58.403 58.91 56 292 20 20
145 CTCAGTGCTGTGACGATTCA GCAAGCACACTGGAGAGAAG 50 55 57.93 58.845 85 229 20 20
248 CATCAGATGTGTGAAGGAGCT ACCTCAATGTTCACTTGCGC 47.619 50 57.737 59.407 0 247 21 20
108 CCAAGGAGAAATGCATAGCTGT TGCTCCCAGTGCAGCTATG 45.455 57.895 58.715 59.777 177 284 22 19
264 TGTGTGAAGGAGCTTATGACTCT CTATGCCAGCGCCATCAAG 43.478 57.895 59.165 59.053 7 270 23 19
177 TGAATTTCTTGCCACACATGTC CACACTGGAGAGAAGTTTGCC 40.909 52.381 57.758 59.124 48 224 22 21
178 GGATTTGAATTTCTTGCCACACA CTGGAGAGAAGTTTGCCTGTG 39.13 52.381 58.37 58.85 43 220 23 21
120 GGAGAAATGCATAGCTGTACACA TGAGAAGCCATACAAGTGCTC 43.478 47.619 58.808 58.022 181 300 23 21
118 TTCATATGAGCTTTGAGGTTGC GGAGAGAAGTTTGCCTGTGTAC 40.909 50 57.029 58.932 101 218 22 22
132 ACGATTCATATGAGCTTTGAGGT CAAGCACACTGGAGAGAAGTTT 39.13 45.455 57.971 58.791 97 228 23 22
169 TACTGTGGCAAGCACTCTGA AGGCTGTGGACCCATTTGTA 50 50 58.952 58.928 68 236 20 20
280 ATCGGctctttgactttggc GAGAAAGAGCCTGGCATGTG 50 55 58.831 58.907 104 383 20 20
120 CAGCACTCATCGGctctttg CCCATTCTGTCAGTGCTTGG 55 55 59.274 58.829 96 215 20 20
173 ggccctagagtatccagcaa GCACCCCTTCCCTACTTCTC 55 60 58.575 59.458 121 293 20 20
202 GCATAGTACTGTGGCAAGCA CAGATGTGATGTGCAGGAGG 50 55 58.262 58.335 62 263 20 20
126 Gctctttgactttggccctag CTGTGGACCCATTTGTAACCC 52.381 52.381 58.912 58.832 108 233 21 21
158 CCCCTCTAGTGTTTCCAAGC TAGCTATTCCAAGGCTGCTG 55 50 57.885 57.372 182 339 20 20
122 CACTCATCGGctctttgact TGTAACCCATTCTGTCAGTGC 50 47.619 57.623 58.222 99 220 20 21
174 TAGTACTGTGGCAAGCACTC CAAGGCTGTGGACCCATTT 50 52.632 57.256 57.944 65 238 20 19
100 TGTTTCCAAGCACTGACAGA CCCCTTCCCTACTTCTCATTGA 45 50 57.292 58.885 191 290 20 22
138 AAGCACTCTGAGCAGGCTG CCATTCTGTCAGTGCTTGGAAA 57.895 45.455 60.004 59.113 77 214 19 22
180 gactttggccctagagtatcca GGCACCCCTTCCCTACTT 50 61.111 58.961 58.163 115 294 22 18
154 TGGCAAGCACTCTGAGCA CCCATTTGTAACCCATTCTGTCA 55.556 43.478 59.169 58.914 73 226 18 23
122 tctttgactttggccctagagt GTGGACCCATTTGTAACCCATT 45.455 45.455 59.02 58.83 110 231 22 22
163 ccctagagtatccagcaacaca TCCCTACTTCTCATTGAGTCCTC 50 47.826 59.234 58.718 123 285 22 23