Aliases rno_circRNA_010885 Scientific name Rattus rattus
Organism Rat Genome Locus chr3:58825498-58830430:-
CircRNA type sense Gene ID n/a
Gene Name NM_001015032 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_010885 Scientific name Rattus rattus
Organism Rat Genome Locus chr3:58825498-58830430:-
CircRNA type sense Gene ID n/a
Gene Name NM_001015032 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 GACGATGCTAGTGTAGATGGTCTTACCA
Reverse Primer CTGGCGCTAAATGCTTGTGACTTG
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
233 ACACTAGCATCGTCCACCAA AAAGTTCTGGAAGCTTGGCG 50 50 59.026 59.046 5 237 20 20
148 GGTGGGCAGCGCTTAAATTT GCTCACCTCAAGCGACTAGT 50 55 59.754 59.472 140 287 20 20
236 GTGGACCACGCTTCATTATGA GTCATCTGTCAAGTCACAAGCA 47.619 45.455 58.372 58.866 89 324 21 22
253 CGGTCCTAAGCAGTGTGGA ACCGTCATCTGTCAAGTCACA 57.895 47.619 59.028 59.313 75 327 19 21
220 CACTGGTGGTAGGCAGGG ACAAAGGAAACCATAACCGTCA 66.667 40.909 59.329 58.177 123 342 18 22
317 GTCCACCAAAATGATCTCCTTCA CCATAACCGTCATCTGTCAAGT 43.478 45.455 58.665 58.138 16 332 23 22
260 TCCTAAGCAGTGTGGACCA GGAAACCATAACCGTCATCTGT 52.632 45.455 57.842 58.393 78 337 19 22
148 GGGTGGGCAGCGCTTAAA CTCACCTCAAGCGACTAGTAAAA 61.111 43.478 60.675 58.194 139 286 18 23
200 GCAGCTCCAGGGACATTCTA TTCAtgtgtgtgtgtgtggg 55 50 59.167 58.612 123 322 20 20
174 TTAATGCAGCTCCAGGGACA ggtgggGAAGCCATTTTGTT 50 50 59.009 58.944 118 291 20 20
242 CCTCTCTGAACTCCTCTGGG ATGTGCGAGCATTCAtgtgt 60 45 58.516 58.544 92 333 20 20
232 TGAACTCCTCTGGGTTAAGCT GCGAGCATTCAtgtgtgtgt 47.619 50 58.379 59.481 98 329 21 20
238 AGCTCCAGGGACATTCTAAAGT AGTATATGGGTGCTTGTGGGT 45.455 47.619 58.815 58.795 125 362 22 21
278 CTCTCTGAACTCCTCTGGGTTA GGCTCAACAGTATATGGGTGC 50 52.381 58.297 58.778 93 370 22 21
198 CCAGGGACATTCTAAAGTGTGT AGCATTCAtgtgtgtgtgtgt 45.455 42.857 57.979 58.7 129 326 22 21
288 AGTAGTCCTCTCTGAACTCCTCT TTGGGCTCAACAGTATATGGG 47.826 47.619 59.15 57.424 86 373 23 21
195 CAGACTATTTAGCCCTTTGTCCA CAGAATAGTTCCTTTGGGCTCA 43.478 45.455 58.156 58.045 192 386 23 22
289 ACTCCTCTGGGTTAAGCTTAATG AGTCAGAATAGTTCCTTTGGGC 43.478 45.455 57.896 58.043 101 389 23 22
148 AAAGTGTGTATGAAGTTGGCAC tgggGAAGCCATTTTGTTTAGT 40.909 40.909 57.432 58.418 142 289 22 22
179 TGACAGACTATTTAGCCCTTTGT TCAACAGTATATGGGTGCTTGTG 39.13 43.478 57.501 58.739 189 367 23 23