Aliases rno_circRNA_004811 Scientific name Rattus rattus
Organism Rat Genome Locus chr14:2924850-3012196:+
CircRNA type exonic Gene ID n/a
Gene Name Evi5 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_004811 Scientific name Rattus rattus
Organism Rat Genome Locus chr14:2924850-3012196:+
CircRNA type exonic Gene ID n/a
Gene Name Evi5 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 CGAATTACAGCAGCACATTGCTGAGC
Reverse Primer TCTGTCGCCACCTCGTGAGTCAG
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
266 gagctaaatccccaaccccT ATCTGACTGACTGTGTGCGA 55 50 59.073 59.038 17 282 20 20
124 AAGCAGTACATTCGGGAGCT CTGTGTGCGAGACTGTGTTC 50 55 59.095 59.145 149 272 20 20
118 GAGGGTAAGCTCCAAGGACA GCTTTTCTGCCACCTTGTCT 55 50 58.723 58.678 110 227 20 20
183 AGAAGAGGGTAAGCTCCAAGG CTGGCCATCTGACTGACTGT 52.381 55 58.808 59.388 106 288 21 20
167 GGGTAAGCTCCAAGGACAACT GACTGACTGTGTGCGAGACT 52.381 55 59.649 59.688 112 278 21 20
118 TGAAGGACCAGATAGCAGAGC GCCATCTGACTGACTGTGTG 52.381 55 59.241 58.563 168 285 21 20
215 TGATGGAAAACCTGTCCACTG GTGCGAGACTGTGTTCTTCA 47.619 50 58.137 58.147 54 268 21 20
132 GTCCCAAACAGAAAGAAGAGGG TTTCTGCCACCTTGTCTGTC 50 50 58.85 58.033 93 224 22 20
141 ACAGGTCTGACTCTAAGCAGT TGACTGTGTGCGAGACTGTG 47.619 55 58.117 60.249 135 275 21 20
167 GGCACCTAGAATCTCTGGCA GCCAGAGACCAGGAAACAAG 55 55 59.167 58.472 153 319 20 20
166 CCCCTCACGGTGTTCTTACT AGCTGCACTCACCTGTTTTG 55 50 59.026 58.973 61 226 20 20
343 GAGGTGTCTTTCCCCTCTGG TCATGTCCTTGGGCAATTCC 60 50 59.384 58.149 33 375 20 20
192 GGGAGGTGTCTTTCCCCTC GCACTCACCTGTTTTGTTCCT 63.158 47.619 59.008 58.976 31 222 19 21
305 CGTTGTGGGAGGTGTCTTTC AGAACAAAGGGCCAGAGACC 55 55 58.773 59.598 25 329 20 20
133 AGCTGGCACCTAGAATCTCT GCACTTGAGCTGGACTGTG 50 57.895 57.827 58.758 149 281 20 19
181 CCTCACGGTGTTCTTACTGAG CCAGGAGAAATGGCCACAG 52.381 57.895 58.052 58.122 63 243 21 19
283 TTTCCCCTCTGGCCTCCTTT AAGGGCCAGAGACCAGGAAA 55 55 60.776 60.772 41 323 20 20
280 CCTCTGGCCTCCTTTCCC CAAAGGGCCAGAGACCAGG 66.667 63.158 58.998 60.002 46 325 18 19
309 CTGGCCTCCTTTCCCCTC CCTGAAGGTGTCTGTTCTGT 66.667 50 58.998 57.081 49 357 18 20
180 GTCTTTCCCCTCTGGCCTC CACCTGTTTTGTTCCTCCCA 63.158 50 59.395 57.934 38 217 19 20
105 TCTCAGTGTTTGGATGCTTGT CCACAGCTGCACTCACCT 42.857 61.111 57.787 59.571 126 230 21 18
165 GCACCTAGAATCTCTGGCATTC CCAGAGACCAGGAAACAAGTAC 50 50 58.862 58.335 154 318 22 22