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PanCircBase
Database for pancreatic islet circular RNAs

mmu_circAnkrd12_5145

Basic information of circular RNA

PanCircBase ID:

mmu_circAnkrd12_5145

mm39_Chr. Position ID:

chr17|66279291|66331218|-

Gene name:

Ankrd12

Transcript:

ENSMUST00000038116.13

CircRNA type:

Exonic circular (circ)RNA

Exon/Intron count:

5

Exon/intron indexes:

12,11,10,9,8

Exon/intron offsets:

0,3724,7205,10539,51779

Genomic length:

51927

Exon/intron sizes in nt:

9,61,44,99,46,58,148

Flanking exon/introns:

chr17:66277332-66279291|chr17:66331218-66334246

Splice length:

5145

Other database IDs:

circBase: hsa_circ_0046851

Human Ortholog IDs:

Mature spliced Sequence:

ATAGTGAAGTTGTTGCTTCGTCATGGCGGGAATCCATTCCAAGCTAATAAACATGGAGAACGGCCAGTGGATGTGGCAGAGACAGAGGAGTTGGAGTTGCTGCTAAAAAGAGAGGTGCCTTTGTCTGGCGATGATGAAAGTTATACAGATTCAGAAGAGGCTCAGTCTGTAAATCCTTCTAGTGTTGATGAAAATATTGACTCAGAGACAGAGAAAGACTCTTTCGTCTGTGGCAGTAAAATCCTCCCAAGCAAAGCCCCGCTGCCTTCTGCACTGGATGAGTATGAGTTCAAAGATGATGATGAAGAAGAGATAAGTAAGATGATTGACGACAGGCACATTCTTAGGAAAGAACAGCGGAGAGAGAATGAATCTGAAGCAGAAAGGAGTGGTCTGTTTGCAAAACAGGAGAAAACCTTCTATTCTAAGTCATTTAAAACAAAAAAACAGAAGCCGTCAAGGGTTCTGTGCTCCAGTACTGAAAGCTCTGATGAAGAGGGTCTTCAGAACAGAAAGATTTCTACTGCTTGTTCTGTTGCTGAATCATCACATCCTGATATGCAAGCCAAAAAAGAATATGAATACAAACAGAAAGGCAAAGTTAAAAGAAAATTAAAAAATCAGAATAAAAACAAAGAGAACCAAGAGCTGAAACAAGAAAAAGAGGGGAAAGAAAATAGCAGGATAGCAACCTTGACAGTTAATACTGCGCTGGATTGTTCAGAAAAATACAGAGAGGAGGGGAACTTCAGGAAATCTTTTAGCCCAAAGGATGATACTTCATTACACTTATTTCATATTTCCACTGGTAAATCTCCCAAACATTCCTGTGGATTAAGTGAAAAACAGACACCACTGAAGCAAGAACACACGAAAGCATGCATATCCCCAGGAAGTTCTGAAATGTCATTACAGCCTGATCTCACTCGGTATGATAATGCAGAACCTGAAAGTTCAAATGTCAAATCTTATAAGCACAAGGAAAAAAACAAACAGCAGAAAGATTTTCACATAGAGTTTGGTGAAAAATCAAATGCCAAAATTAAAGATGAAGATCATAATCCAGCATTTGAAAACTCAGACTGCACACTGAAGAAGATGGATAAAGAGGGTAAAACATTAAAAAAACATAAATTAAAACATAAAGAGAAGGATAAAGAAAAGCACAAAAAGGAAGTTGAAGGTGAAAAGGAAAAATATAAAAATAAAGACAATGCTAAAGAGCTACAGAGGAGCATCGAATTTGACAGAGAGTTTTGGAAAGAAAATTTTTTTAAAAGTGATGAAACTGAGGATCTCTTTTTAACTATGGAACATGAGTCCATAATAGAAAAAAAGACAAAAATGGAAAAAAACATGAAAGATGATAGGTCAGCTAAAGAAAAGCATGTCTCAAAAGAAAGGAACTTTAAAGAAGAACGGGAAAAGACTAAAAAGGAAAATGAAAAATCTCTTAGGGAAGAAAAGGTAAAAGATCCGAAAGAAGAAAAAGACAGTGTATCCACAGAGAAGGAGGCCGAGTGCTGTTCGGTGGGTGTCAGTGTGAGCCAGGAAGCTGCAGGGCTGCATTCATCAGAAAAGGAAATGGATGCTGAGAAGCAAGAAAGACACACAAAAGAGAGGGAAAAGTCTGATCGGCGCTTTCAGACTAAGGAGAAAGAGCTTGACAGGAACGAGAGGAAATTTTCTGAAAAAGAAAAGAAGATAAAACATGAACATAAGTCAGAAAGAGAGAAGCTGGATTTCAGTGACTGCACTGACAGAGTGAGAGAGAAGGACAAGCTGTACTCACACCAGACAGAAAGGTGCCACAAGGACAGCGAGAAGCTGAAAAACACTGTCAGAAAGACTGATGACAGAGAGAGGAACAGAGAAAAGGCGGATAGAAAGCACGACAGAGAGAAACCTGAACGAGAGAGGTACTTAGCAGAAAACAAAGAAAAGCACTTAGAGAAAAGAAAGCAATCTGACAGCAGTGAGTATTCCAAATCAGAGAAGGTCAGAACTAAAGACAGAGACAGGGAAGGAGAGAAGAAGGAGAAACTTAGAGATAAAGAAAGTGTAAATGTAACTAACTTGAAACATTTGCAGGAAGAGAGAAAGTCCAGTACAGGAGACAGCAGTGGTAAAACCCAGCATGAGAAAGCTCTGTCCCTTAAAGAAAGGGCAAGAGATGAGCCTTTGAAAACTCCAGATGGAAAAGAGAAAGATAAAAAGGATATAGACAGATACAAAGAGCGAGACAAGCGTAAAGATAAAGCCCAGCTAAATACTTTAATCAGACTAAAATCTGAAACAGAGAAGCTTAAACCTAAATTATCACCAGCATCAAAAGATACTCGACCTAAAGAAAAGAGGTTAGTAAATGATGATTTAATGCAGACAAGTTTTGAACGAATGCTTAGCCTTAAAGACCTAGAAATAGAACAGTGGCACAGAAAACATAAGGAAAAAATTAAGCAAAAGGAAAAAGAACGATTACGCAATCGTACTTGTTTAGAACTTAAAGTAAAAGATAAAGAAAAAACAAAACATGCACCCACAGAATCCAAAAGTAAAGAACTTACCAGGTCAAGAAGTTCAGAGTTGACTGATGTTTATAGCAAGGAGAAACAATCTAAAGATGTTGGCAGTAATCGCTCACAATCTGTTGACAACAGAAATGTATTGAATTTAGGAAAGCCATCCTACATTTCAGAGAGTGGCTCCAACCGGTCTCCTAGGTCGGAAGGTGAGAGGCTGGGTCTTAGCTCTAGGTCTGTGTCCATGCTTTCTGTTGCTAGTTCAGAAGACTCTTGCCATACAGTGACAACCCCAAGGCCTCTCGTTGAGTATGACTCTGACTTTATGTTAGAGGGCTCGGAATCTCAGTTGTCATTTTCTCAGTCACCTTTTTTGCCAAATGCCAAATCTCCAGCTCTTTATGAAAGAGAGCTGGAGGGTCTCACTGAACTACCAGACCGACTTAAACCACCATATACAAACAGACTTCCAGTGTGCCATCTCAGGTCATCTTCTGTGGAAGATGTTAAACTAATTACTAATGAGGTAAGACCTGCTGTAGAAATTAGAAGATGCAGTATGCCCTCAGTTATCTGTGAGCCCATAAAACATTTCCAAGTATCAGAAGAAAGCAGTCAAGGCAACTTAGCTGTTCCCAGAGAGACCTGTCTGTCTCCCAAGCCTGAAGTGTCTTCAGCAGTACCTGAGAGGGGCCTTTCGCATGTGTCTGACTTACATCCTAACTGTACAGGCTCTCCAACGAGGTCTGCAAACAGCAGCTATATTTCATCTGATGTAAATGTAATCAAGAGTGCAACTCTTGTGGGTACACTGATTGACAGTTCGATGCATTTGGAACCGTCTAATCAGGTTGGAGTGATTCCAAGTAAATCATGGGAGACGCCTGTTGATAAACTGGAGTCTTTAAGCACCAATGACTTCATCTGTCCAGATTCTAATATATCTGATCAAGATTCCTCTGCTCAGAGTTTTTATAATTCAGAAAACAAAATGTTAAGAGAACAAAATACTGACTGCTTACCTCCGCACCAGCCTGAACTGCCAGGAAACTCATGTGCTCAGGACCCAGCATCCTTTCTGTCTTCACCTCAGCCCTGCTCTTTTTCCAACCAACCACTGGCAGGTGCTGACTCTGTTCCGAAACCCGTGTCTTTGTCATATGTTGTCAGTCAAGAGCCAGGTGTTTTACAACAGAAAAGTGCAGCTCAGATGGCCAGTTCTGTTTTAGATAGTGATAATAACTTTCCAGAGGATGTGGAAAATACATTTGTCTTAGCAGACATTCAGAAGACAAATTCTTTTTTACCAGCTTACTCTGAAAGCACTGTGCAAGAAGCACTCCCAAGCTTTGAGAAGGCCAATACTTTGCTTGTGTTGCCATCAGAAAAGGACTTCAATGGGAGTGATACTGCTCAGCCAAACACACATTATGCATTTAGCAAACTCACATACAAGTCTTCCAATAGCCAGGAAATTGAGAAGGGCCCAGATGATACTCAAATCATTTCACATGAAAAGGAAAACAAATTACAAAGTTTGGTCTTAACTCAGTTGAGTAAATGTGATTCTGATTTGTATGAGATGAATGCAGGGCTGCCAAAAGGAAACCTGAATGAACAGGATAACCCAAAGCATGGTCTTGACAGCGAAAAGTACTCGCTTTCCACTGAAGATGAAGAATCTCAGCAGAGCACCTTATCAAGTGTGGAAAACCATTCACAGCAGTCGGCCCAACCAGAGATGCATAAATATGACCAGCTTAGTAAAGTAGAACTAGAAGAAAATGCCGAAGACGATAAAACTGAAAACCAGACCCCTCAAAGAGTGACTAGAAACAAAGCAAGCACAGTGGTCAATCCAAGCAAGCCCATGCTTGCTGGCTGTGCCCTTGTAGCAGAGAAAGATAACGAGTCCTCCCCTAGGGGACGAATCAGACTCACTGAAGAGGATGATCCTCAGATCCACCATCCTCGGAAGAGGAAAGTGTCACGGGTTCCTCAGCCTGTGCAAGTGAGCCCCTCTTTACTGCAAGCAAAGGAGAAAACTCAGCAGTCTCTAGCAGCCATTGTAGATTCTCTGAAGTTAGATGAGATTGAGCCATACAGTTCTGAGAGAGCAAATCCATATTTTGAATATTTGCACATAAGAAAAAAAATTGAAGAAAAACGCAAGTTGCTATGTAGCGTTATCCCTCAAGCTCCTCAGTATTATGATGAATACGTAACGTTTAATGGATCCTATCTCCTGGATGGAAACCCCTTAAGCAAGATTTGTATTCCTACAATCACACCACCACCTTCGCTGTCAGATCCACTTAAAGAGCTCTTTCGGCAACAGGAAGTAGTAAGGATGAAACTGCGTTTGCAACATAGTATTGAAAGGGAAAAACTTATTGTATCCAATGAACAAGAAGTTCTGCGAGTTCATTACAGAGCTGCAAGAACACTGGCCAATCAAACACTGCCATTTAGTGCTTGTACTGTCTTACTGGATGCAGAAGTGTACAATGTGCCCTTGGACTCACAGTCTGATGACAGCAAAACTTCTGTGAGAGATCGATTTAATGCAAGACAGTTCATGTCCTGGTTGCAAGATGTGGACGATAAATTTGACAAGCTAAAG

Divergent primers for circular RNA PCR

Primer Set-1

Forward primer

Tm

Reverse primer

Tm

Product size

ACAGTTCATGTCCTGGTTGCA

60.13

CCTCTGTCTCTGCCACATCC

59.82

140

Primer Set-2

Forward primer

Tm

Reverse primer

Tm

Product size

ACAGTTCATGTCCTGGTTGCA

60.13

ACTCCTCTGTCTCTGCCACA

60.18

143

PCR template sequence:

ACAGTCTGATGACAGCAAAACTTCTGTGAGAGATCGATTTAATGCAAGACAGTTCATGTCCTGGTTGCAAGATGTGGACGATAAATTTGACAAGCTAAAGATAGTGAAGTTGTTGCTTCGTCATGGCGGGAATCCATTCCAAGCTAATAAACATGGAGAACGGCCAGTGGATGTGGCAGAGACAGAGGAGTTGGAGTTGC

Note: Users can design additional primers for provided template sequence using Primer3 or NCBI primer-blast.

miRNAs associated with circular RNAs

No of miRNAs

42

Interacting miRNAs (#binding sites)

mmu-miR-203-3p(2), mmu-miR-138-5p(2), mmu-miR-335-3p(2), mmu-miR-199a-5p(1), mmu-miR-7b-5p(1), mmu-miR-206-3p(1), mmu-miR-221-3p(1), mmu-miR-135a-5p(1), mmu-miR-34c-5p(1), mmu-miR-34a-5p(1), mmu-miR-31-5p(1), mmu-miR-19b-3p(1), mmu-miR-200c-3p(1), mmu-miR-101a-3p(1), mmu-miR-211-5p(1), mmu-miR-204-5p(1), mmu-miR-322-5p(1), mmu-miR-19a-3p(1), mmu-miR-152-3p(1), mmu-miR-148b-3p(1), mmu-miR-148a-3p(1), mmu-miR-18a-5p(1), mmu-miR-298-5p(1), mmu-miR-216a-5p(1), mmu-miR-7a-5p(1), mmu-miR-222-3p(1), mmu-miR-326-3p(1), mmu-miR-136-5p(1), mmu-miR-29b-1-5p(1), mmu-miR-192-5p(1), mmu-miR-183-5p(1), mmu-miR-215-5p(1), mmu-miR-34b-5p(1), mmu-miR-297a-5p(1), mmu-miR-383-5p(1), mmu-miR-98-5p(1), mmu-miR-690(1), mmu-miR-342-3p(1), mmu-miR-466a-5p(1), mmu-miR-1187(1), mmu-miR-3470b(1), mmu-miR-296-3p(1)

siRNAs for circular RNA silencing

Junction sequence

TGACAAGCTAAAGATAGTGAAGTTGT

siRNA sets

TTCACTATCTTTAGCTTGT, TCACTATCTTTAGCTTGTC, CAACTTCACTATCTTTAGC

Protein-coding potential of circular RNAs

CPAT analysis

CPAT ORF ID

CPAT Fickett

CPAT Hexamer

Coding probabilty

ORF length

CIRCANKRD12_5145_ORF_1

0.9303

0.101300838

1

9969

ORF sequence:

ATGATTGACGACAGGCACATTCTTAGGAAAGAACAGCGGAGAGAGAATGAATCTGAAGCAGAAAGGAGTGGTCTGTTTGCAAAACAGGAGAAAACCTTCTATTCTAAGTCATTTAAAACAAAAAAACAGAAGCCGTCAAGGGTTCTGTGCTCCAGTACTGAAAGCTCTGATGAAGAGGGTCTTCAGAACAGAAAGATTTCTACTGCTTGTTCTGTTGCTGAATCATCACATCCTGATATGCAAGCCAAAAAAGAATATGAATACAAACAGAAAGGCAAAGTTAAAAGAAAATTAAAAAATCAGAATAAAAACAAAGAGAACCAAGAGCTGAAACAAGAAAAAGAGGGGAAAGAAAATAGCAGGATAGCAACCTTGACAGTTAATACTGCGCTGGATTGTTCAGAAAAATACAGAGAGGAGGGGAACTTCAGGAAATCTTTTAGCCCAAAGGATGATACTTCATTACACTTATTTCATATTTCCACTGGTAAATCTCCCAAACATTCCTGTGGATTAAGTGAAAAACAGACACCACTGAAGCAAGAACACACGAAAGCATGCATATCCCCAGGAAGTTCTGAAATGTCATTACAGCCTGATCTCACTCGGTATGATAATGCAGAACCTGAAAGTTCAAATGTCAAATCTTATAAGCACAAGGAAAAAAACAAACAGCAGAAAGATTTTCACATAGAGTTTGGTGAAAAATCAAATGCCAAAATTAAAGATGAAGATCATAATCCAGCATTTGAAAACTCAGACTGCACACTGAAGAAGATGGATAAAGAGGGTAAAACATTAAAAAAACATAAATTAAAACATAAAGAGAAGGATAAAGAAAAGCACAAAAAGGAAGTTGAAGGTGAAAAGGAAAAATATAAAAATAAAGACAATGCTAAAGAGCTACAGAGGAGCATCGAATTTGACAGAGAGTTTTGGAAAGAAAATTTTTTTAAAAGTGATGAAACTGAGGATCTCTTTTTAACTATGGAACATGAGTCCATAATAGAAAAAAAGACAAAAATGGAAAAAAACATGAAAGATGATAGGTCAGCTAAAGAAAAGCATGTCTCAAAAGAAAGGAACTTTAAAGAAGAACGGGAAAAGACTAAAAAGGAAAATGAAAAATCTCTTAGGGAAGAAAAGGTAAAAGATCCGAAAGAAGAAAAAGACAGTGTATCCACAGAGAAGGAGGCCGAGTGCTGTTCGGTGGGTGTCAGTGTGAGCCAGGAAGCTGCAGGGCTGCATTCATCAGAAAAGGAAATGGATGCTGAGAAGCAAGAAAGACACACAAAAGAGAGGGAAAAGTCTGATCGGCGCTTTCAGACTAAGGAGAAAGAGCTTGACAGGAACGAGAGGAAATTTTCTGAAAAAGAAAAGAAGATAAAACATGAACATAAGTCAGAAAGAGAGAAGCTGGATTTCAGTGACTGCACTGACAGAGTGAGAGAGAAGGACAAGCTGTACTCACACCAGACAGAAAGGTGCCACAAGGACAGCGAGAAGCTGAAAAACACTGTCAGAAAGACTGATGACAGAGAGAGGAACAGAGAAAAGGCGGATAGAAAGCACGACAGAGAGAAACCTGAACGAGAGAGGTACTTAGCAGAAAACAAAGAAAAGCACTTAGAGAAAAGAAAGCAATCTGACAGCAGTGAGTATTCCAAATCAGAGAAGGTCAGAACTAAAGACAGAGACAGGGAAGGAGAGAAGAAGGAGAAACTTAGAGATAAAGAAAGTGTAAATGTAACTAACTTGAAACATTTGCAGGAAGAGAGAAAGTCCAGTACAGGAGACAGCAGTGGTAAAACCCAGCATGAGAAAGCTCTGTCCCTTAAAGAAAGGGCAAGAGATGAGCCTTTGAAAACTCCAGATGGAAAAGAGAAAGATAAAAAGGATATAGACAGATACAAAGAGCGAGACAAGCGTAAAGATAAAGCCCAGCTAAATACTTTAATCAGACTAAAATCTGAAACAGAGAAGCTTAAACCTAAATTATCACCAGCATCAAAAGATACTCGACCTAAAGAAAAGAGGTTAGTAAATGATGATTTAATGCAGACAAGTTTTGAACGAATGCTTAGCCTTAAAGACCTAGAAATAGAACAGTGGCACAGAAAACATAAGGAAAAAATTAAGCAAAAGGAAAAAGAACGATTACGCAATCGTACTTGTTTAGAACTTAAAGTAAAAGATAAAGAAAAAACAAAACATGCACCCACAGAATCCAAAAGTAAAGAACTTACCAGGTCAAGAAGTTCAGAGTTGACTGATGTTTATAGCAAGGAGAAACAATCTAAAGATGTTGGCAGTAATCGCTCACAATCTGTTGACAACAGAAATGTATTGAATTTAGGAAAGCCATCCTACATTTCAGAGAGTGGCTCCAACCGGTCTCCTAGGTCGGAAGGTGAGAGGCTGGGTCTTAGCTCTAGGTCTGTGTCCATGCTTTCTGTTGCTAGTTCAGAAGACTCTTGCCATACAGTGACAACCCCAAGGCCTCTCGTTGAGTATGACTCTGACTTTATGTTAGAGGGCTCGGAATCTCAGTTGTCATTTTCTCAGTCACCTTTTTTGCCAAATGCCAAATCTCCAGCTCTTTATGAAAGAGAGCTGGAGGGTCTCACTGAACTACCAGACCGACTTAAACCACCATATACAAACAGACTTCCAGTGTGCCATCTCAGGTCATCTTCTGTGGAAGATGTTAAACTAATTACTAATGAGGTAAGACCTGCTGTAGAAATTAGAAGATGCAGTATGCCCTCAGTTATCTGTGAGCCCATAAAACATTTCCAAGTATCAGAAGAAAGCAGTCAAGGCAACTTAGCTGTTCCCAGAGAGACCTGTCTGTCTCCCAAGCCTGAAGTGTCTTCAGCAGTACCTGAGAGGGGCCTTTCGCATGTGTCTGACTTACATCCTAACTGTACAGGCTCTCCAACGAGGTCTGCAAACAGCAGCTATATTTCATCTGATGTAAATGTAATCAAGAGTGCAACTCTTGTGGGTACACTGATTGACAGTTCGATGCATTTGGAACCGTCTAATCAGGTTGGAGTGATTCCAAGTAAATCATGGGAGACGCCTGTTGATAAACTGGAGTCTTTAAGCACCAATGACTTCATCTGTCCAGATTCTAATATATCTGATCAAGATTCCTCTGCTCAGAGTTTTTATAATTCAGAAAACAAAATGTTAAGAGAACAAAATACTGACTGCTTACCTCCGCACCAGCCTGAACTGCCAGGAAACTCATGTGCTCAGGACCCAGCATCCTTTCTGTCTTCACCTCAGCCCTGCTCTTTTTCCAACCAACCACTGGCAGGTGCTGACTCTGTTCCGAAACCCGTGTCTTTGTCATATGTTGTCAGTCAAGAGCCAGGTGTTTTACAACAGAAAAGTGCAGCTCAGATGGCCAGTTCTGTTTTAGATAGTGATAATAACTTTCCAGAGGATGTGGAAAATACATTTGTCTTAGCAGACATTCAGAAGACAAATTCTTTTTTACCAGCTTACTCTGAAAGCACTGTGCAAGAAGCACTCCCAAGCTTTGAGAAGGCCAATACTTTGCTTGTGTTGCCATCAGAAAAGGACTTCAATGGGAGTGATACTGCTCAGCCAAACACACATTATGCATTTAGCAAACTCACATACAAGTCTTCCAATAGCCAGGAAATTGAGAAGGGCCCAGATGATACTCAAATCATTTCACATGAAAAGGAAAACAAATTACAAAGTTTGGTCTTAACTCAGTTGAGTAAATGTGATTCTGATTTGTATGAGATGAATGCAGGGCTGCCAAAAGGAAACCTGAATGAACAGGATAACCCAAAGCATGGTCTTGACAGCGAAAAGTACTCGCTTTCCACTGAAGATGAAGAATCTCAGCAGAGCACCTTATCAAGTGTGGAAAACCATTCACAGCAGTCGGCCCAACCAGAGATGCATAAATATGACCAGCTTAGTAAAGTAGAACTAGAAGAAAATGCCGAAGACGATAAAACTGAAAACCAGACCCCTCAAAGAGTGACTAGAAACAAAGCAAGCACAGTGGTCAATCCAAGCAAGCCCATGCTTGCTGGCTGTGCCCTTGTAGCAGAGAAAGATAACGAGTCCTCCCCTAGGGGACGAATCAGACTCACTGAAGAGGATGATCCTCAGATCCACCATCCTCGGAAGAGGAAAGTGTCACGGGTTCCTCAGCCTGTGCAAGTGAGCCCCTCTTTACTGCAAGCAAAGGAGAAAACTCAGCAGTCTCTAGCAGCCATTGTAGATTCTCTGAAGTTAGATGAGATTGAGCCATACAGTTCTGAGAGAGCAAATCCATATTTTGAATATTTGCACATAAGAAAAAAAATTGAAGAAAAACGCAAGTTGCTATGTAGCGTTATCCCTCAAGCTCCTCAGTATTATGATGAATACGTAACGTTTAATGGATCCTATCTCCTGGATGGAAACCCCTTAAGCAAGATTTGTATTCCTACAATCACACCACCACCTTCGCTGTCAGATCCACTTAAAGAGCTCTTTCGGCAACAGGAAGTAGTAAGGATGAAACTGCGTTTGCAACATAGTATTGAAAGGGAAAAACTTATTGTATCCAATGAACAAGAAGTTCTGCGAGTTCATTACAGAGCTGCAAGAACACTGGCCAATCAAACACTGCCATTTAGTGCTTGTACTGTCTTACTGGATGCAGAAGTGTACAATGTGCCCTTGGACTCACAGTCTGATGACAGCAAAACTTCTGTGAGAGATCGATTTAATGCAAGACAGTTCATGTCCTGGTTGCAAGATGTGGACGATAAATTTGACAAGCTAAAGATAGTGAAGTTGTTGCTTCGTCATGGCGGGAATCCATTCCAAGCTAATAAACATGGAGAACGGCCAGTGGATGTGGCAGAGACAGAGGAGTTGGAGTTGCTGCTAAAAAGAGAGGTGCCTTTGTCTGGCGATGATGAAAGTTATACAGATTCAGAAGAGGCTCAGTCTGTAAATCCTTCTAGTGTTGATGAAAATATTGACTCAGAGACAGAGAAAGACTCTTTCGTCTGTGGCAGTAAAATCCTCCCAAGCAAAGCCCCGCTGCCTTCTGCACTGGATGAGTATGAGTTCAAAGATGATGATGAAGAAGAGATAAGTAAGATGATTGACGACAGGCACATTCTTAGGAAAGAACAGCGGAGAGAGAATGAATCTGAAGCAGAAAGGAGTGGTCTGTTTGCAAAACAGGAGAAAACCTTCTATTCTAAGTCATTTAAAACAAAAAAACAGAAGCCGTCAAGGGTTCTGTGCTCCAGTACTGAAAGCTCTGATGAAGAGGGTCTTCAGAACAGAAAGATTTCTACTGCTTGTTCTGTTGCTGAATCATCACATCCTGATATGCAAGCCAAAAAAGAATATGAATACAAACAGAAAGGCAAAGTTAAAAGAAAATTAAAAAATCAGAATAAAAACAAAGAGAACCAAGAGCTGAAACAAGAAAAAGAGGGGAAAGAAAATAGCAGGATAGCAACCTTGACAGTTAATACTGCGCTGGATTGTTCAGAAAAATACAGAGAGGAGGGGAACTTCAGGAAATCTTTTAGCCCAAAGGATGATACTTCATTACACTTATTTCATATTTCCACTGGTAAATCTCCCAAACATTCCTGTGGATTAAGTGAAAAACAGACACCACTGAAGCAAGAACACACGAAAGCATGCATATCCCCAGGAAGTTCTGAAATGTCATTACAGCCTGATCTCACTCGGTATGATAATGCAGAACCTGAAAGTTCAAATGTCAAATCTTATAAGCACAAGGAAAAAAACAAACAGCAGAAAGATTTTCACATAGAGTTTGGTGAAAAATCAAATGCCAAAATTAAAGATGAAGATCATAATCCAGCATTTGAAAACTCAGACTGCACACTGAAGAAGATGGATAAAGAGGGTAAAACATTAAAAAAACATAAATTAAAACATAAAGAGAAGGATAAAGAAAAGCACAAAAAGGAAGTTGAAGGTGAAAAGGAAAAATATAAAAATAAAGACAATGCTAAAGAGCTACAGAGGAGCATCGAATTTGACAGAGAGTTTTGGAAAGAAAATTTTTTTAAAAGTGATGAAACTGAGGATCTCTTTTTAACTATGGAACATGAGTCCATAATAGAAAAAAAGACAAAAATGGAAAAAAACATGAAAGATGATAGGTCAGCTAAAGAAAAGCATGTCTCAAAAGAAAGGAACTTTAAAGAAGAACGGGAAAAGACTAAAAAGGAAAATGAAAAATCTCTTAGGGAAGAAAAGGTAAAAGATCCGAAAGAAGAAAAAGACAGTGTATCCACAGAGAAGGAGGCCGAGTGCTGTTCGGTGGGTGTCAGTGTGAGCCAGGAAGCTGCAGGGCTGCATTCATCAGAAAAGGAAATGGATGCTGAGAAGCAAGAAAGACACACAAAAGAGAGGGAAAAGTCTGATCGGCGCTTTCAGACTAAGGAGAAAGAGCTTGACAGGAACGAGAGGAAATTTTCTGAAAAAGAAAAGAAGATAAAACATGAACATAAGTCAGAAAGAGAGAAGCTGGATTTCAGTGACTGCACTGACAGAGTGAGAGAGAAGGACAAGCTGTACTCACACCAGACAGAAAGGTGCCACAAGGACAGCGAGAAGCTGAAAAACACTGTCAGAAAGACTGATGACAGAGAGAGGAACAGAGAAAAGGCGGATAGAAAGCACGACAGAGAGAAACCTGAACGAGAGAGGTACTTAGCAGAAAACAAAGAAAAGCACTTAGAGAAAAGAAAGCAATCTGACAGCAGTGAGTATTCCAAATCAGAGAAGGTCAGAACTAAAGACAGAGACAGGGAAGGAGAGAAGAAGGAGAAACTTAGAGATAAAGAAAGTGTAAATGTAACTAACTTGAAACATTTGCAGGAAGAGAGAAAGTCCAGTACAGGAGACAGCAGTGGTAAAACCCAGCATGAGAAAGCTCTGTCCCTTAAAGAAAGGGCAAGAGATGAGCCTTTGAAAACTCCAGATGGAAAAGAGAAAGATAAAAAGGATATAGACAGATACAAAGAGCGAGACAAGCGTAAAGATAAAGCCCAGCTAAATACTTTAATCAGACTAAAATCTGAAACAGAGAAGCTTAAACCTAAATTATCACCAGCATCAAAAGATACTCGACCTAAAGAAAAGAGGTTAGTAAATGATGATTTAATGCAGACAAGTTTTGAACGAATGCTTAGCCTTAAAGACCTAGAAATAGAACAGTGGCACAGAAAACATAAGGAAAAAATTAAGCAAAAGGAAAAAGAACGATTACGCAATCGTACTTGTTTAGAACTTAAAGTAAAAGATAAAGAAAAAACAAAACATGCACCCACAGAATCCAAAAGTAAAGAACTTACCAGGTCAAGAAGTTCAGAGTTGACTGATGTTTATAGCAAGGAGAAACAATCTAAAGATGTTGGCAGTAATCGCTCACAATCTGTTGACAACAGAAATGTATTGAATTTAGGAAAGCCATCCTACATTTCAGAGAGTGGCTCCAACCGGTCTCCTAGGTCGGAAGGTGAGAGGCTGGGTCTTAGCTCTAGGTCTGTGTCCATGCTTTCTGTTGCTAGTTCAGAAGACTCTTGCCATACAGTGACAACCCCAAGGCCTCTCGTTGAGTATGACTCTGACTTTATGTTAGAGGGCTCGGAATCTCAGTTGTCATTTTCTCAGTCACCTTTTTTGCCAAATGCCAAATCTCCAGCTCTTTATGAAAGAGAGCTGGAGGGTCTCACTGAACTACCAGACCGACTTAAACCACCATATACAAACAGACTTCCAGTGTGCCATCTCAGGTCATCTTCTGTGGAAGATGTTAAACTAATTACTAATGAGGTAAGACCTGCTGTAGAAATTAGAAGATGCAGTATGCCCTCAGTTATCTGTGAGCCCATAAAACATTTCCAAGTATCAGAAGAAAGCAGTCAAGGCAACTTAGCTGTTCCCAGAGAGACCTGTCTGTCTCCCAAGCCTGAAGTGTCTTCAGCAGTACCTGAGAGGGGCCTTTCGCATGTGTCTGACTTACATCCTAACTGTACAGGCTCTCCAACGAGGTCTGCAAACAGCAGCTATATTTCATCTGATGTAAATGTAATCAAGAGTGCAACTCTTGTGGGTACACTGATTGACAGTTCGATGCATTTGGAACCGTCTAATCAGGTTGGAGTGATTCCAAGTAAATCATGGGAGACGCCTGTTGATAAACTGGAGTCTTTAAGCACCAATGACTTCATCTGTCCAGATTCTAATATATCTGATCAAGATTCCTCTGCTCAGAGTTTTTATAATTCAGAAAACAAAATGTTAAGAGAACAAAATACTGACTGCTTACCTCCGCACCAGCCTGAACTGCCAGGAAACTCATGTGCTCAGGACCCAGCATCCTTTCTGTCTTCACCTCAGCCCTGCTCTTTTTCCAACCAACCACTGGCAGGTGCTGACTCTGTTCCGAAACCCGTGTCTTTGTCATATGTTGTCAGTCAAGAGCCAGGTGTTTTACAACAGAAAAGTGCAGCTCAGATGGCCAGTTCTGTTTTAGATAGTGATAATAACTTTCCAGAGGATGTGGAAAATACATTTGTCTTAGCAGACATTCAGAAGACAAATTCTTTTTTACCAGCTTACTCTGAAAGCACTGTGCAAGAAGCACTCCCAAGCTTTGAGAAGGCCAATACTTTGCTTGTGTTGCCATCAGAAAAGGACTTCAATGGGAGTGATACTGCTCAGCCAAACACACATTATGCATTTAGCAAACTCACATACAAGTCTTCCAATAGCCAGGAAATTGAGAAGGGCCCAGATGATACTCAAATCATTTCACATGAAAAGGAAAACAAATTACAAAGTTTGGTCTTAACTCAGTTGAGTAAATGTGATTCTGATTTGTATGAGATGAATGCAGGGCTGCCAAAAGGAAACCTGAATGAACAGGATAACCCAAAGCATGGTCTTGACAGCGAAAAGTACTCGCTTTCCACTGAAGATGAAGAATCTCAGCAGAGCACCTTATCAAGTGTGGAAAACCATTCACAGCAGTCGGCCCAACCAGAGATGCATAAATATGACCAGCTTAGTAAAGTAGAACTAGAAGAAAATGCCGAAGACGATAAAACTGAAAACCAGACCCCTCAAAGAGTGACTAGAAACAAAGCAAGCACAGTGGTCAATCCAAGCAAGCCCATGCTTGCTGGCTGTGCCCTTGTAGCAGAGAAAGATAACGAGTCCTCCCCTAGGGGACGAATCAGACTCACTGAAGAGGATGATCCTCAGATCCACCATCCTCGGAAGAGGAAAGTGTCACGGGTTCCTCAGCCTGTGCAAGTGAGCCCCTCTTTACTGCAAGCAAAGGAGAAAACTCAGCAGTCTCTAGCAGCCATTGTAGATTCTCTGAAGTTAGATGAGATTGAGCCATACAGTTCTGAGAGAGCAAATCCATATTTTGAATATTTGCACATAAGAAAAAAAATTGAAGAAAAACGCAAGTTGCTATGTAGCGTTATCCCTCAAGCTCCTCAGTATTATGATGAATACGTAACGTTTAATGGATCCTATCTCCTGGATGGAAACCCCTTAAGCAAGATTTGTATTCCTACAATCACACCACCACCTTCGCTGTCAGATCCACTTAAAGAGCTCTTTCGGCAACAGGAAGTAGTAAGGATGAAACTGCGTTTGCAACATAGTATTGAAAGGGAAAAACTTATTGTATCCAATGAACAAGAAGTTCTGCGAGTTCATTACAGAGCTGCAAGAACACTGGCCAATCAAACACTGCCATTTAGTGCTTGTACTGTCTTACTGGATGCAGAAGTGTACAATGTGCCCTTGGACTCACAGTCTGATGACAGCAAAACTTCTGTGAGAGATCGATTTAATGCAAGACAGTTCATGTCCTGGTTGCAAGATGTGGACGATAAATTTGACAAGCTAAAG

Peptide sequence:

MIDDRHILRKEQRRENESEAERSGLFAKQEKTFYSKSFKTKKQKPSRVLCSSTESSDEEGLQNRKISTACSVAESSHPDMQAKKEYEYKQKGKVKRKLKNQNKNKENQELKQEKEGKENSRIATLTVNTALDCSEKYREEGNFRKSFSPKDDTSLHLFHISTGKSPKHSCGLSEKQTPLKQEHTKACISPGSSEMSLQPDLTRYDNAEPESSNVKSYKHKEKNKQQKDFHIEFGEKSNAKIKDEDHNPAFENSDCTLKKMDKEGKTLKKHKLKHKEKDKEKHKKEVEGEKEKYKNKDNAKELQRSIEFDREFWKENFFKSDETEDLFLTMEHESIIEKKTKMEKNMKDDRSAKEKHVSKERNFKEEREKTKKENEKSLREEKVKDPKEEKDSVSTEKEAECCSVGVSVSQEAAGLHSSEKEMDAEKQERHTKEREKSDRRFQTKEKELDRNERKFSEKEKKIKHEHKSEREKLDFSDCTDRVREKDKLYSHQTERCHKDSEKLKNTVRKTDDRERNREKADRKHDREKPERERYLAENKEKHLEKRKQSDSSEYSKSEKVRTKDRDREGEKKEKLRDKESVNVTNLKHLQEERKSSTGDSSGKTQHEKALSLKERARDEPLKTPDGKEKDKKDIDRYKERDKRKDKAQLNTLIRLKSETEKLKPKLSPASKDTRPKEKRLVNDDLMQTSFERMLSLKDLEIEQWHRKHKEKIKQKEKERLRNRTCLELKVKDKEKTKHAPTESKSKELTRSRSSELTDVYSKEKQSKDVGSNRSQSVDNRNVLNLGKPSYISESGSNRSPRSEGERLGLSSRSVSMLSVASSEDSCHTVTTPRPLVEYDSDFMLEGSESQLSFSQSPFLPNAKSPALYERELEGLTELPDRLKPPYTNRLPVCHLRSSSVEDVKLITNEVRPAVEIRRCSMPSVICEPIKHFQVSEESSQGNLAVPRETCLSPKPEVSSAVPERGLSHVSDLHPNCTGSPTRSANSSYISSDVNVIKSATLVGTLIDSSMHLEPSNQVGVIPSKSWETPVDKLESLSTNDFICPDSNISDQDSSAQSFYNSENKMLREQNTDCLPPHQPELPGNSCAQDPASFLSSPQPCSFSNQPLAGADSVPKPVSLSYVVSQEPGVLQQKSAAQMASSVLDSDNNFPEDVENTFVLADIQKTNSFLPAYSESTVQEALPSFEKANTLLVLPSEKDFNGSDTAQPNTHYAFSKLTYKSSNSQEIEKGPDDTQIISHEKENKLQSLVLTQLSKCDSDLYEMNAGLPKGNLNEQDNPKHGLDSEKYSLSTEDEESQQSTLSSVENHSQQSAQPEMHKYDQLSKVELEENAEDDKTENQTPQRVTRNKASTVVNPSKPMLAGCALVAEKDNESSPRGRIRLTEEDDPQIHHPRKRKVSRVPQPVQVSPSLLQAKEKTQQSLAAIVDSLKLDEIEPYSSERANPYFEYLHIRKKIEEKRKLLCSVIPQAPQYYDEYVTFNGSYLLDGNPLSKICIPTITPPPSLSDPLKELFRQQEVVRMKLRLQHSIEREKLIVSNEQEVLRVHYRAARTLANQTLPFSACTVLLDAEVYNVPLDSQSDDSKTSVRDRFNARQFMSWLQDVDDKFDKLKIVKLLLRHGGNPFQANKHGERPVDVAETEELELLLKREVPLSGDDESYTDSEEAQSVNPSSVDENIDSETEKDSFVCGSKILPSKAPLPSALDEYEFKDDDEEEISKMIDDRHILRKEQRRENESEAERSGLFAKQEKTFYSKSFKTKKQKPSRVLCSSTESSDEEGLQNRKISTACSVAESSHPDMQAKKEYEYKQKGKVKRKLKNQNKNKENQELKQEKEGKENSRIATLTVNTALDCSEKYREEGNFRKSFSPKDDTSLHLFHISTGKSPKHSCGLSEKQTPLKQEHTKACISPGSSEMSLQPDLTRYDNAEPESSNVKSYKHKEKNKQQKDFHIEFGEKSNAKIKDEDHNPAFENSDCTLKKMDKEGKTLKKHKLKHKEKDKEKHKKEVEGEKEKYKNKDNAKELQRSIEFDREFWKENFFKSDETEDLFLTMEHESIIEKKTKMEKNMKDDRSAKEKHVSKERNFKEEREKTKKENEKSLREEKVKDPKEEKDSVSTEKEAECCSVGVSVSQEAAGLHSSEKEMDAEKQERHTKEREKSDRRFQTKEKELDRNERKFSEKEKKIKHEHKSEREKLDFSDCTDRVREKDKLYSHQTERCHKDSEKLKNTVRKTDDRERNREKADRKHDREKPERERYLAENKEKHLEKRKQSDSSEYSKSEKVRTKDRDREGEKKEKLRDKESVNVTNLKHLQEERKSSTGDSSGKTQHEKALSLKERARDEPLKTPDGKEKDKKDIDRYKERDKRKDKAQLNTLIRLKSETEKLKPKLSPASKDTRPKEKRLVNDDLMQTSFERMLSLKDLEIEQWHRKHKEKIKQKEKERLRNRTCLELKVKDKEKTKHAPTESKSKELTRSRSSELTDVYSKEKQSKDVGSNRSQSVDNRNVLNLGKPSYISESGSNRSPRSEGERLGLSSRSVSMLSVASSEDSCHTVTTPRPLVEYDSDFMLEGSESQLSFSQSPFLPNAKSPALYERELEGLTELPDRLKPPYTNRLPVCHLRSSSVEDVKLITNEVRPAVEIRRCSMPSVICEPIKHFQVSEESSQGNLAVPRETCLSPKPEVSSAVPERGLSHVSDLHPNCTGSPTRSANSSYISSDVNVIKSATLVGTLIDSSMHLEPSNQVGVIPSKSWETPVDKLESLSTNDFICPDSNISDQDSSAQSFYNSENKMLREQNTDCLPPHQPELPGNSCAQDPASFLSSPQPCSFSNQPLAGADSVPKPVSLSYVVSQEPGVLQQKSAAQMASSVLDSDNNFPEDVENTFVLADIQKTNSFLPAYSESTVQEALPSFEKANTLLVLPSEKDFNGSDTAQPNTHYAFSKLTYKSSNSQEIEKGPDDTQIISHEKENKLQSLVLTQLSKCDSDLYEMNAGLPKGNLNEQDNPKHGLDSEKYSLSTEDEESQQSTLSSVENHSQQSAQPEMHKYDQLSKVELEENAEDDKTENQTPQRVTRNKASTVVNPSKPMLAGCALVAEKDNESSPRGRIRLTEEDDPQIHHPRKRKVSRVPQPVQVSPSLLQAKEKTQQSLAAIVDSLKLDEIEPYSSERANPYFEYLHIRKKIEEKRKLLCSVIPQAPQYYDEYVTFNGSYLLDGNPLSKICIPTITPPPSLSDPLKELFRQQEVVRMKLRLQHSIEREKLIVSNEQEVLRVHYRAARTLANQTLPFSACTVLLDAEVYNVPLDSQSDDSKTSVRDRFNARQFMSWLQDVDDKFDKLK

IRESfinder result

IRESfinder score

0.613316911

IRES/non IRES

IRES

riboCIRC information

riboCIRC ID

NA

NA

Evidence

Peptide sequence:

NA

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