Aliases hsa_circ_0087537 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr9:96233422-96320292:+
CircRNA type . Gene ID ENSG00000130958.12
Gene Name SLC35D2 Detection pipeline .
Sample Type K562; Hepg2; Helas3; A549; Sknshra
Method for Estimation RNA-Seq with Rnase R resistance
Circular RNA status Experimented PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer .
Reverse Primer .
Pubmed 25234927
Aliases hsa_circ_0087537 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr9:96233422-96320292:+
CircRNA type N/A Gene ID ENSG00000130958.12
Gene Name SLC35D2 Detection pipeline N/A
Sample Type Osteoarthritis
Method for Estimation Microarray and Quantitative PCR
Circular RNA status Validated PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer TTCTACCCTGCCTCTGCGTA
Reverse Primer TGATCCTCAATGCTCTGTGC
Pubmed 29470979
Suggested primers
Product size Left primer Right primer Left GC Right GC Left TM Right TM Left pos Right pos Left size Right size
277 TGTCTTCCAGGCTGATCAGG TCATACGCAACCAAGCCATG 55 50 59.093 58.906 6 282 20 20
328 AGGCTGCCAAGGTAGAGAAG CGTTCCGGCTCAGTTTTAGG 55 55 59.092 58.924 23 350 20 20
324 ATCAGGCTGCCAAGGTAGAG GCTCAGTTTTAGGGCATGGG 55 55 59.164 58.894 20 343 20 20
285 GTCCTTGTCTTCCAGGCTGA GAGTCATACGCAACCAAGCC 55 55 59.313 59.273 1 285 20 20
337 AAGGTAGAGAAGATGCGCCA TGTGGTGAGACTTTTCCCGT 50 50 58.805 59.165 31 367 20 20
298 CTGATCAGGCTGCCAAGGTA AGTAGGGGATGTTGCACAGT 55 50 59.457 58.638 17 314 20 20
308 CTCAGCTTCTCCAGGCAGA ATTGGCTTGTGGTGAGACTT 57.895 45 58.715 57.336 67 374 19 20
226 CCCTTCTACCCTGCCTCTG CCGGCTCAGTTTTAGGGCAT 63.158 55 58.784 60.394 121 346 19 20
191 GTAGAGAAGATGCGCCAGAG GGTGATCCTCAATGCTCTGTG 55 52.381 57.867 58.713 34 224 20 21
133 CCCTGCCCTTCTACCCTG TGCAGAAACCAATCACTTCCTG 66.667 45.455 58.675 59.113 116 248 18 22
198 GAGGGGCTCAGCTTCTCC CCATTCTCTCTGCAGAAACCA 66.667 47.619 59.093 57.936 61 258 18 21
177 CTGCCCTGCCCTTCTACC ATCAGAGTCATACGCAACCAA 66.667 42.857 59.408 57.39 113 289 18 21
191 GGGCTCAGCTTCTCCAGG TCTCTCTGCAGAAACCAATCAC 66.667 45.455 59.411 58.332 64 254 18 22
239 CTCGAGGGGCTCAGCTTC GTGCATAATCAGAGTCATACGCA 66.667 43.478 59.501 58.949 58 296 18 23
328 AGGCTGCCAAGGTAGAGAAG CGTTCCGGCTCAGTTTTAGG 55 55 59.092 58.924 23 350 20 20
277 TGTCTTCCAGGCTGATCAGG TCATACGCAACCAAGCCATG 55 50 59.093 58.906 6 282 20 20
324 ATCAGGCTGCCAAGGTAGAG GCTCAGTTTTAGGGCATGGG 55 55 59.164 58.894 20 343 20 20
337 AAGGTAGAGAAGATGCGCCA TGTGGTGAGACTTTTCCCGT 50 50 58.805 59.165 31 367 20 20
285 GTCCTTGTCTTCCAGGCTGA GAGTCATACGCAACCAAGCC 55 55 59.313 59.273 1 285 20 20
298 CTGATCAGGCTGCCAAGGTA AGTAGGGGATGTTGCACAGT 55 50 59.457 58.638 17 314 20 20
191 GTAGAGAAGATGCGCCAGAG GGTGATCCTCAATGCTCTGTG 55 52.381 57.867 58.713 34 224 20 21
198 GAGGGGCTCAGCTTCTCC CCATTCTCTCTGCAGAAACCA 66.667 47.619 59.093 57.936 61 258 18 21
226 CCCTTCTACCCTGCCTCTG CCGGCTCAGTTTTAGGGCAT 63.158 55 58.784 60.394 121 346 19 20
308 CTCAGCTTCTCCAGGCAGA ATTGGCTTGTGGTGAGACTT 57.895 45 58.715 57.336 67 374 19 20
133 CCCTGCCCTTCTACCCTG TGCAGAAACCAATCACTTCCTG 66.667 45.455 58.675 59.113 116 248 18 22
177 CTGCCCTGCCCTTCTACC ATCAGAGTCATACGCAACCAA 66.667 42.857 59.408 57.39 113 289 18 21
239 CTCGAGGGGCTCAGCTTC GTGCATAATCAGAGTCATACGCA 66.667 43.478 59.501 58.949 58 296 18 23
191 GGGCTCAGCTTCTCCAGG TCTCTCTGCAGAAACCAATCAC 66.667 45.455 59.411 58.332 64 254 18 22