Aliases hsa_circ_0085616 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr8:131370262-131374017:-
CircRNA type . Gene ID ENSG00000153317.10
Gene Name ASAP1 Detection pipeline .
Sample Type Nhek; Huvec; Hsmm; Hepg2; Helas3; H1hesc; Bj; Ag04450; A549; Nhlf; 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_CIRCpedia_60099 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr8:131370262-131374017
CircRNA type . Gene ID NA
Gene Name NA Detection pipeline .
Sample Type Lung;Thyroid;PA1;SH-SY5Y_D8_exp2;SH-SY5Y_D4_exp2;Temporal;Liver_T12;Cerebellum;Liver_T11;Liver_T8;A549;SH-SY5Y_D4_exp1;SH-SY5Y_D0_exp1;Liver_N6;SK_N_SH;HeLa_S3;Kidney;Liver_T3;Liver;Liver_N7;H9;Liver_N12;Parietal;Liver_T7;AG04450;Cortex;Liver_N10;H1;SH-SY5Y_D0_exp2;HepG2;Stomach;Liver_T15;Liver_T14;Liver_T6;BJ;Diencephalon;Liver_T10;HUVEC;Liver_N14;NHEK;Forebrain;Liver_T13;Liver_N13;Heart;Liver_N8;SH-SY5Y_D2_exp1;Liver_N3;Liver_N11;Occipital;Hs68;Liver_N21;Liver_T19;Liver_T17;Liver_T21;Liver_N17;Liver_N18;Liver_T20;Liver_N19;Liver_T22;Liver_T18;Liver_N20;Liver_N22
Method for Estimation Ribo-;RNaseR;poly(A)-
Circular RNA status Experimented PCR Details Link to the detailed experimental procedure
Primers (Experimented)
Primers (Validated)
Forward Primer .
Reverse Primer .
Pubmed 30172046
Aliases circ_007877 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr8:131370262-131374017:-
CircRNA type n/a Gene ID ENSG00000153317.10
Gene Name ASAP1 Detection pipeline Find_circ
Sample Type colorectal 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 25624062
Aliases hsa_circRNA_104692 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr8:131370262-131374017:-
CircRNA type exonic Gene ID ENSG00000153317.10
Gene Name ASAP1 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_0085616 Scientific name Homo sapiens (hg19)
Organism Human Genome Locus chr8:131370262-131374017:-
CircRNA type N/A Gene ID ENSG00000153317.10
Gene Name ASAP1 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 GACTACAACTCGCCCACCAC
Reverse Primer TCCATTTCTGGGCCATAATC
Pubmed 28974900
Suggested primers
Product size Left primer Right primer Left GC Right GC Left TM Right TM Left pos Right pos Left size Right size
221 GCGATGAACTCCGAGACAGA ATGGCCCAGAAATGGTGAGT 55 50 59.548 59.294 91 311 20 20
291 GTGGGCGAGTTGTAGTCCT TGGTTTTCACTGAGGCATGG 57.895 50 59.027 58.38 61 351 19 20
235 GCGAGTTGTAGTCCTCGGT TGGTGAGTAGAGGTGTGAACC 57.895 52.381 59.118 59.032 65 299 19 21
201 GACGGTGTTCCTGCAGTTG TGTGAGCATATTCCTTgcgg 57.895 50 59.058 58.333 15 215 19 20
229 GGGAGGGACGAGACACAAG AGGTGCAGATGGTTTTCACTG 63.158 47.619 59.408 58.767 132 360 19 21
202 AGAGATCTGGTCCGGCATC GGCCCAGAAATGGTGAGTAGA 57.895 52.381 58.565 59.44 108 309 19 21
263 TGGTCTCGGCGATGAACTC TCACTGAGGCATGGTTTCAA 57.895 45 59.489 57.345 83 345 19 20
306 GTGGTGGGCGAGTTGTAGT GAGAGGTGCAGATGGTTTTCA 57.895 47.619 59.63 58.217 58 363 19 21
244 GATCTGGTCCGGCATCCTG AGATGGTTTTCACTGAGGCA 63.158 45 59.93 57.043 111 354 19 20
169 CGTGGTGAAGCTGGACGT GCATATTCCTTgcggccc 61.111 61.111 59.971 58.957 42 210 18 18
236 GGTGGTCTCGGCGATGAA GGATTATGGCCCAGAAATGGT 61.111 47.619 59.423 58.037 81 316 18 21
260 GAAGCTGGACGTGGTGGG CCCAGAAATGGTGAGTAGAGGT 66.667 50 60.359 59.159 48 307 18 22
280 GGCGATGAACTCCGAGAC GAAAATGAGAGGTGCAGATGGT 61.111 45.455 57.596 58.649 90 369 18 22
213 GACGAGACACAAGCGGGG GGTTTTCACTGAGGCATGGTTT 66.667 45.455 60.433 59.635 138 350 18 22
291 GACGTGGTGGGCGAGTTG TCACTGAGGCATGGTTTCAAATT 66.667 39.13 61.042 59.103 55 345 18 23
227 CTCGGTGGTCTCGGCGAT AGAAATGGTGAGTAGAGGTGTGA 66.667 43.478 61.519 58.84 78 304 18 23
221 GCGATGAACTCCGAGACAGA ATGGCCCAGAAATGGTGAGT 55 50 59.548 59.294 91 311 20 20
291 GTGGGCGAGTTGTAGTCCT TGGTTTTCACTGAGGCATGG 57.895 50 59.027 58.38 61 351 19 20
201 GACGGTGTTCCTGCAGTTG TGTGAGCATATTCCTTgcgg 57.895 50 59.058 58.333 15 215 19 20
202 AGAGATCTGGTCCGGCATC GGCCCAGAAATGGTGAGTAGA 57.895 52.381 58.565 59.44 108 309 19 21
263 TGGTCTCGGCGATGAACTC TCACTGAGGCATGGTTTCAA 57.895 45 59.489 57.345 83 345 19 20
235 GCGAGTTGTAGTCCTCGGT TGGTGAGTAGAGGTGTGAACC 57.895 52.381 59.118 59.032 65 299 19 21
306 GTGGTGGGCGAGTTGTAGT GAGAGGTGCAGATGGTTTTCA 57.895 47.619 59.63 58.217 58 363 19 21
229 GGGAGGGACGAGACACAAG AGGTGCAGATGGTTTTCACTG 63.158 47.619 59.408 58.767 132 360 19 21
244 GATCTGGTCCGGCATCCTG AGATGGTTTTCACTGAGGCA 63.158 45 59.93 57.043 111 354 19 20
236 GGTGGTCTCGGCGATGAA GGATTATGGCCCAGAAATGGT 61.111 47.619 59.423 58.037 81 316 18 21
169 CGTGGTGAAGCTGGACGT GCATATTCCTTgcggccc 61.111 61.111 59.971 58.957 42 210 18 18
227 CTCGGTGGTCTCGGCGAT AGAAATGGTGAGTAGAGGTGTGA 66.667 43.478 61.519 58.84 78 304 18 23
260 GAAGCTGGACGTGGTGGG CCCAGAAATGGTGAGTAGAGGT 66.667 50 60.359 59.159 48 307 18 22
213 GACGAGACACAAGCGGGG GGTTTTCACTGAGGCATGGTTT 66.667 45.455 60.433 59.635 138 350 18 22
291 GACGTGGTGGGCGAGTTG TCACTGAGGCATGGTTTCAAATT 66.667 39.13 61.042 59.103 55 345 18 23
280 GGCGATGAACTCCGAGAC GAAAATGAGAGGTGCAGATGGT 61.111 45.455 57.596 58.649 90 369 18 22
291 GTGGGCGAGTTGTAGTCCT TGGTTTTCACTGAGGCATGG 57.895 50 59.027 58.38 61 351 19 20
201 GACGGTGTTCCTGCAGTTG TGTGAGCATATTCCTTgcgg 57.895 50 59.058 58.333 15 215 19 20
221 GCGATGAACTCCGAGACAGA ATGGCCCAGAAATGGTGAGT 55 50 59.548 59.294 91 311 20 20
235 GCGAGTTGTAGTCCTCGGT TGGTGAGTAGAGGTGTGAACC 57.895 52.381 59.118 59.032 65 299 19 21
229 GGGAGGGACGAGACACAAG AGGTGCAGATGGTTTTCACTG 63.158 47.619 59.408 58.767 132 360 19 21
202 AGAGATCTGGTCCGGCATC GGCCCAGAAATGGTGAGTAGA 57.895 52.381 58.565 59.44 108 309 19 21
263 TGGTCTCGGCGATGAACTC TCACTGAGGCATGGTTTCAA 57.895 45 59.489 57.345 83 345 19 20
306 GTGGTGGGCGAGTTGTAGT GAGAGGTGCAGATGGTTTTCA 57.895 47.619 59.63 58.217 58 363 19 21
244 GATCTGGTCCGGCATCCTG AGATGGTTTTCACTGAGGCA 63.158 45 59.93 57.043 111 354 19 20
236 GGTGGTCTCGGCGATGAA GGATTATGGCCCAGAAATGGT 61.111 47.619 59.423 58.037 81 316 18 21
260 GAAGCTGGACGTGGTGGG CCCAGAAATGGTGAGTAGAGGT 66.667 50 60.359 59.159 48 307 18 22
169 CGTGGTGAAGCTGGACGT GCATATTCCTTgcggccc 61.111 61.111 59.971 58.957 42 210 18 18
280 GGCGATGAACTCCGAGAC GAAAATGAGAGGTGCAGATGGT 61.111 45.455 57.596 58.649 90 369 18 22
213 GACGAGACACAAGCGGGG GGTTTTCACTGAGGCATGGTTT 66.667 45.455 60.433 59.635 138 350 18 22
291 GACGTGGTGGGCGAGTTG TCACTGAGGCATGGTTTCAAATT 66.667 39.13 61.042 59.103 55 345 18 23
227 CTCGGTGGTCTCGGCGAT AGAAATGGTGAGTAGAGGTGTGA 66.667 43.478 61.519 58.84 78 304 18 23
221 GCGATGAACTCCGAGACAGA ATGGCCCAGAAATGGTGAGT 55 50 59.548 59.294 91 311 20 20
291 GTGGGCGAGTTGTAGTCCT TGGTTTTCACTGAGGCATGG 57.895 50 59.027 58.38 61 351 19 20
201 GACGGTGTTCCTGCAGTTG TGTGAGCATATTCCTTgcgg 57.895 50 59.058 58.333 15 215 19 20
235 GCGAGTTGTAGTCCTCGGT TGGTGAGTAGAGGTGTGAACC 57.895 52.381 59.118 59.032 65 299 19 21
229 GGGAGGGACGAGACACAAG AGGTGCAGATGGTTTTCACTG 63.158 47.619 59.408 58.767 132 360 19 21
263 TGGTCTCGGCGATGAACTC TCACTGAGGCATGGTTTCAA 57.895 45 59.489 57.345 83 345 19 20
306 GTGGTGGGCGAGTTGTAGT GAGAGGTGCAGATGGTTTTCA 57.895 47.619 59.63 58.217 58 363 19 21
202 AGAGATCTGGTCCGGCATC GGCCCAGAAATGGTGAGTAGA 57.895 52.381 58.565 59.44 108 309 19 21
244 GATCTGGTCCGGCATCCTG AGATGGTTTTCACTGAGGCA 63.158 45 59.93 57.043 111 354 19 20
260 GAAGCTGGACGTGGTGGG CCCAGAAATGGTGAGTAGAGGT 66.667 50 60.359 59.159 48 307 18 22
236 GGTGGTCTCGGCGATGAA GGATTATGGCCCAGAAATGGT 61.111 47.619 59.423 58.037 81 316 18 21
169 CGTGGTGAAGCTGGACGT GCATATTCCTTgcggccc 61.111 61.111 59.971 58.957 42 210 18 18
213 GACGAGACACAAGCGGGG GGTTTTCACTGAGGCATGGTTT 66.667 45.455 60.433 59.635 138 350 18 22
280 GGCGATGAACTCCGAGAC GAAAATGAGAGGTGCAGATGGT 61.111 45.455 57.596 58.649 90 369 18 22
291 GACGTGGTGGGCGAGTTG TCACTGAGGCATGGTTTCAAATT 66.667 39.13 61.042 59.103 55 345 18 23
227 CTCGGTGGTCTCGGCGAT AGAAATGGTGAGTAGAGGTGTGA 66.667 43.478 61.519 58.84 78 304 18 23