Aliases hsa_circ_0000144 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr1:160472466-160472794:+
CircRNA type . Gene ID ENSG00000162739.9
Gene Name SLAMF6 Detection pipeline .
Sample Type cd_19
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_circRNA_001622 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr1:160472466-160472794:+
CircRNA type antisense Gene ID ENSG00000162739.9
Gene Name SLAMF6 Detection pipeline n/a
Sample Type Esophageal cancer
Method for Estimation .
Circular RNA status Experimented PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer .
Reverse Primer .
Pubmed 27465405
Aliases hsa_circ_0000144 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr1:160472466-160472794:+
CircRNA type N/A Gene ID ENSG00000162739.9
Gene Name SLAMF6 Detection pipeline N/A
Sample Type Gastric cancer
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 GAAGGTAGGACAAATGGAAGTT
Reverse Primer GAATCTGCTTAGTTCTACCTCTC3
Pubmed 28737829
Suggested primers
Product size Left primer Right primer Left GC Right GC Left TM Right TM Left pos Right pos Left size Right size
257 TTTGGAGCAAAGGGAAGCAG TTGCCTTGTGTTTCGTGGAG 50 50 58.669 58.979 140 396 20 20
180 GTCCTGAGCAAATTTGGAGCA CAGGCATTGGTTCCTGTCAC 47.619 55 59.111 59.116 128 307 21 20
109 GGGAAGCAGCTGGGAGAAAA CACCGTTACGTTATTGGGCA 55 50 60.251 58.559 151 259 20 20
143 GCAAAGGGAAGCAGCTGG CCATTGAAGTAGAGGTGCCC 61.111 55 59.032 57.956 146 288 18 20
100 AAAGGGAAGCAGCTGGGAG ATTGGGCAGAAAGGAAGTGG 57.895 50 59.618 58.071 148 247 19 20
223 GAGAGTAGGGGCTGATTTCTCA GGGCAGAAAGGAAGTGGGAT 50 55 58.965 59.667 22 244 22 20
143 TTTGGAGCAAAGGGAAGCAG CCTAAGctagtccctcaggt 50 55 58.669 57.537 140 282 20 20
115 TGGTGAAAGGGAGAGAGAGG TCCTGTTAGCTATAGATGGGCC 55 50 58.056 58.826 188 302 20 22
168 GGGAAGCAGCTGGGAGAAAA ACACAGCTTGCTATATTCCTGT 55 40.909 60.251 57.506 151 318 20 22
153 AGAGAAGGGAGGAGAAACATAGT CCTCTCTCTCCCTTTCACCA 43.478 55 58.046 58.056 55 207 23 20
110 AAAGGGAAGCAGCTGGGAG acccaaagttccttgacttttct 57.895 39.13 59.618 58.39 148 257 19 23
151 GTCCTGAGCAAATTTGGAGCA AGctagtccctcaggttagaa 47.619 47.619 59.111 57.24 128 278 21 21
126 GGTGAAAGGGAGAGAGAGGTAG AGCTTGCTATATTCCTGTTAGCT 54.545 39.13 58.972 57.441 189 314 22 23
133 TGAGAAGGTAGGACAAATGGAAG GCTTAGTTCTACCTCTCTCTCCC 43.478 52.174 57.834 59.113 86 218 23 23
143 TTTGGAGCAAAGGGAAGCAG CCTAAGctagtccctcaggt 50 55 58.669 57.537 140 282 20 20
115 TGGTGAAAGGGAGAGAGAGG TCCTGTTAGCTATAGATGGGCC 55 50 58.056 58.826 188 302 20 22
153 AGAGAAGGGAGGAGAAACATAGT CCTCTCTCTCCCTTTCACCA 43.478 55 58.046 58.056 55 207 23 20
110 AAAGGGAAGCAGCTGGGAG acccaaagttccttgacttttct 57.895 39.13 59.618 58.39 148 257 19 23
151 GTCCTGAGCAAATTTGGAGCA AGctagtccctcaggttagaa 47.619 47.619 59.111 57.24 128 278 21 21
168 GGGAAGCAGCTGGGAGAAAA ACACAGCTTGCTATATTCCTGT 55 40.909 60.251 57.506 151 318 20 22
126 GGTGAAAGGGAGAGAGAGGTAG AGCTTGCTATATTCCTGTTAGCT 54.545 39.13 58.972 57.441 189 314 22 23
133 TGAGAAGGTAGGACAAATGGAAG GCTTAGTTCTACCTCTCTCTCCC 43.478 52.174 57.834 59.113 86 218 23 23
143 TTTGGAGCAAAGGGAAGCAG CCTAAGctagtccctcaggt 50 55 58.669 57.537 140 282 20 20
115 TGGTGAAAGGGAGAGAGAGG TCCTGTTAGCTATAGATGGGCC 55 50 58.056 58.826 188 302 20 22
151 GTCCTGAGCAAATTTGGAGCA AGctagtccctcaggttagaa 47.619 47.619 59.111 57.24 128 278 21 21
110 AAAGGGAAGCAGCTGGGAG acccaaagttccttgacttttct 57.895 39.13 59.618 58.39 148 257 19 23
133 TGAGAAGGTAGGACAAATGGAAG GCTTAGTTCTACCTCTCTCTCCC 43.478 52.174 57.834 59.113 86 218 23 23
126 GGTGAAAGGGAGAGAGAGGTAG AGCTTGCTATATTCCTGTTAGCT 54.545 39.13 58.972 57.441 189 314 22 23
168 GGGAAGCAGCTGGGAGAAAA ACACAGCTTGCTATATTCCTGT 55 40.909 60.251 57.506 151 318 20 22
153 AGAGAAGGGAGGAGAAACATAGT CCTCTCTCTCCCTTTCACCA 43.478 55 58.046 58.056 55 207 23 20