Aliases hsa_circ_0005127 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr11:114314577-114320888:+
CircRNA type . Gene ID ENSG00000076043.5;ENSG00000255663.1
Gene Name REXO2;RP11-212D19.4 Detection pipeline .
Sample Type Hs68_RNase; Hs68_control
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_0005127 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr11:114314577-114320888:+
CircRNA type N/A Gene ID ENSG00000076043.5;ENSG00000255663.1
Gene Name REXO2;RP11-212D19.4 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 TCCATTATGACACAGCAGCTC
Reverse Primer CATGCTGTCCAGCAACTCAT
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
313 ATGCCAGTTATCATGCTGCC TACTGATCCCCAAAGCAGCA 50 50 58.675 59.009 8 320 20 20
265 CATGCTGCCACTACATCGTT TGTTACCTTCCCGTGATGCT 50 50 58.627 59.019 19 283 20 20
147 ATGACACAGCAGCTCCTTTG AGCTTGCTACTGATCCCCAA 50 50 58.469 58.711 181 327 20 20
129 AGCAGCTCCTTTGGTCCTAA GATCCCCAAAGCAGCAATCC 50 55 58.638 59.251 188 316 20 20
268 CCAGTTATCATGCTGCCACT CCTTCCCGTGATGCTCCTTA 50 55 57.952 59.169 11 278 20 20
100 CCATTATGACACAGCAGCTCC TCCCGTGATGCTCCTTACAC 52.381 55 59.055 59.465 176 275 21 20
164 CACAGCAGCTCCTTTGGTC GATTCAGGTGTGGGAGCAAA 57.895 50 58.748 58.09 185 348 19 20
187 TGCTGCCACTACATCGTTATC TTAGGACCAAAGGAGCTGCT 47.619 50 58.178 58.638 21 207 21 20
145 CGGTTAACTTGCATCTCCAGA CTGTCCAGCAACTCATCTGG 47.619 55 58.027 58.265 99 243 21 20
178 CCTTCGGTTAACTTGCATCTCC CGTGATGCTCCTTACACCAA 50 50 59.322 57.907 95 272 22 20
177 CTTGGCAGAGCACCTTCG ACACCAATCTGACATGCTGT 61.111 45 58.429 57.426 83 259 18 20
240 CACTACATCGTTATCTGGAGGC GCTCCTTACACCAATCTGACA 50 47.619 58.356 57.665 27 266 22 21
102 GCTGTTTCCATTATGACACAGC TGATGCTCCTTACACCAATCTG 45.455 45.455 58.237 58.122 169 270 22 22
265 CATGCTGCCACTACATCGTT TGTTACCTTCCCGTGATGCT 50 50 58.627 59.019 19 283 20 20
147 ATGACACAGCAGCTCCTTTG AGCTTGCTACTGATCCCCAA 50 50 58.469 58.711 181 327 20 20
129 AGCAGCTCCTTTGGTCCTAA GATCCCCAAAGCAGCAATCC 50 55 58.638 59.251 188 316 20 20
313 ATGCCAGTTATCATGCTGCC TACTGATCCCCAAAGCAGCA 50 50 58.675 59.009 8 320 20 20
268 CCAGTTATCATGCTGCCACT CCTTCCCGTGATGCTCCTTA 50 55 57.952 59.169 11 278 20 20
164 CACAGCAGCTCCTTTGGTC GATTCAGGTGTGGGAGCAAA 57.895 50 58.748 58.09 185 348 19 20
100 CCATTATGACACAGCAGCTCC TCCCGTGATGCTCCTTACAC 52.381 55 59.055 59.465 176 275 21 20
177 CTTGGCAGAGCACCTTCG ACACCAATCTGACATGCTGT 61.111 45 58.429 57.426 83 259 18 20
178 CCTTCGGTTAACTTGCATCTCC CGTGATGCTCCTTACACCAA 50 50 59.322 57.907 95 272 22 20
187 TGCTGCCACTACATCGTTATC TTAGGACCAAAGGAGCTGCT 47.619 50 58.178 58.638 21 207 21 20
145 CGGTTAACTTGCATCTCCAGA CTGTCCAGCAACTCATCTGG 47.619 55 58.027 58.265 99 243 21 20
102 GCTGTTTCCATTATGACACAGC TGATGCTCCTTACACCAATCTG 45.455 45.455 58.237 58.122 169 270 22 22
240 CACTACATCGTTATCTGGAGGC GCTCCTTACACCAATCTGACA 50 47.619 58.356 57.665 27 266 22 21