Detailed information on TCONS_00238964

lncRNA-RNA interactions

Number of interactions: 44

Potential function Interacting transcript Gene description Transcript biotype lncRNA id Alignment score (LAST) Alignment length Transcript region involved in interaction Genomic orientation of interacting RNAs
ENST00000371666 interleukin 13 receptor, alpha 1 protein coding TCONS_00238964 590 314 UTR3 Trans
ENST00000382142 myotubularin related protein 12 protein coding TCONS_00238964 574 294 UTR3 Trans
ENST00000391877 delta(4)-desaturase, sphingolipid 1 protein coding TCONS_00238964 519 285 UTR3 Trans
ENST00000424496 sense_intronic sense intronic TCONS_00238964 548 290 noncoding Trans
ENST00000482603 glyoxylate reductase/hydroxypyruvate reductase processed transcript TCONS_00238964 580 277 noncoding Trans
ENST00000498813 delta(4)-desaturase, sphingolipid 1 processed transcript TCONS_00238964 590 298 noncoding Trans
ENST00000511184 E74-like factor 2 (ets domain transcription factor) nonsense mediated decay TCONS_00238964 526 314 CDS_UTR Trans
ENST00000513143 podoplanin protein coding TCONS_00238964 557 300 UTR5 Trans
ENST00000513269 NEDD4 binding protein 2 protein coding TCONS_00238964 543 291 UTR3 Trans
ENST00000567445 cadherin 13 protein coding TCONS_00238964 551 313 UTR3 Trans
TCONS_00009834 SRY (sex determining region Y)-box 13 novel protein coding TCONS_00238964 620 289 UTR3 Trans
TCONS_00023682 pre-mRNA processing factor 18 novel protein coding TCONS_00238964 618 282 UTR3 Trans
TCONS_00023685 pre-mRNA processing factor 18 novel protein coding TCONS_00238964 618 282 UTR3 Trans
TCONS_00023687 pre-mRNA processing factor 18 novel protein coding TCONS_00238964 618 282 UTR3 Trans
TCONS_00023689 pre-mRNA processing factor 18 novel protein coding TCONS_00238964 618 282 UTR3 Trans
TCONS_00098643 fatty acid 2-hydroxylase novel protein coding TCONS_00238964 618 296 UTR5 Trans
TCONS_00098644 fatty acid 2-hydroxylase novel protein coding TCONS_00238964 618 296 UTR3 Trans
TCONS_00098645 fatty acid 2-hydroxylase novel protein coding TCONS_00238964 618 296 UTR3 Trans
TCONS_00098647 fatty acid 2-hydroxylase novel protein coding TCONS_00238964 618 296 UTR3 Trans
TCONS_00109011 trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) novel protein coding TCONS_00238964 527 286 UTR5 Trans
TCONS_00124891 zinc finger protein 540 novel protein coding TCONS_00238964 610 320 UTR5 Trans
TCONS_00141667 Rho guanine nucleotide exchange factor (GEF) 4 novel protein coding TCONS_00238964 549 309 UTR3 Trans
TCONS_00141670 Rho guanine nucleotide exchange factor (GEF) 4 novel protein coding TCONS_00238964 549 309 UTR3 Trans
TCONS_00141673 Rho guanine nucleotide exchange factor (GEF) 4 novel protein coding TCONS_00238964 549 309 UTR3 Trans
TCONS_00141679 Rho guanine nucleotide exchange factor (GEF) 4 novel protein coding TCONS_00238964 549 309 UTR3 Trans
TCONS_00141681 Rho guanine nucleotide exchange factor (GEF) 4 novel protein coding TCONS_00238964 549 309 UTR3 Trans
TCONS_00147093 ATPase family, AAA domain containing 2B novel protein coding TCONS_00238964 610 295 UTR3 Trans
TCONS_00147093 ATPase family, AAA domain containing 2B novel protein coding TCONS_00238964 603 302 UTR3 Trans
TCONS_00147100 ATPase family, AAA domain containing 2B novel protein coding TCONS_00238964 603 302 UTR3 Trans
TCONS_00147106 ATPase family, AAA domain containing 2B novel protein coding TCONS_00238964 603 302 UTR3 Trans
TCONS_00148450 coiled-coil domain containing 88A novel protein coding TCONS_00238964 640 325 UTR3 Trans
TCONS_00148704 WD repeat containing planar cell polarity effector novel protein coding TCONS_00238964 558 312 UTR3 Trans
TCONS_00148705 WD repeat containing planar cell polarity effector novel protein coding TCONS_00238964 558 312 UTR3 Trans
TCONS_00165341 TTC28 antisense RNA 1 novel protein coding TCONS_00238964 607 308 UTR5 Trans
TCONS_00185516 transcribed_unprocessed_pseudogene novel protein coding TCONS_00238964 620 287 UTR5 Trans
TCONS_00185519 transcribed_unprocessed_pseudogene novel protein coding TCONS_00238964 620 287 UTR3 Trans
TCONS_00189916 doublecortin-like kinase 2 novel protein coding TCONS_00238964 552 317 UTR3 Trans
TCONS_00189917 doublecortin-like kinase 2 novel protein coding TCONS_00238964 552 317 UTR3 Trans
TCONS_00189925 doublecortin-like kinase 2 novel protein coding TCONS_00238964 552 317 UTR3 Trans
TCONS_00221037 POU class 6 homeobox 2 novel noncoding TCONS_00238964 616 308 noncoding Trans
TCONS_00233718 pleckstrin homology domain containing, family A (phosphoinositide binding specific) member 2 novel protein coding TCONS_00238964 609 304 UTR5 Trans
TCONS_00240688 metastasis suppressor 1 novel protein coding TCONS_00238964 604 286 UTR5 Trans
TCONS_00243503 proprotein convertase subtilisin/kexin type 5 novel protein coding TCONS_00238964 585 308 UTR3 Trans
TCONS_00243507 proprotein convertase subtilisin/kexin type 5 novel protein coding TCONS_00238964 585 308 UTR3 Trans

Sequence

>TCONS_00243507 (17462 nt)
GCCTGATTAAAGATCAGGCTCAGCTGCTGCTGCTGCTGCTGCTGCTTGTCCCAAGACCAAGTCGTAATAGCAACTTCCCTTCCTCAGCTGCCTGAACTTT
TTTTTTCCCTTGTAGCTGGAGAGAAGTGTCACATTTTGCTCACTCTCAACCTTCCTCGCCCACCCCCTTCCCGGAGAACCTGTGCGGTGTGTAGAGGGTG
CTGTGAGCCACCTCCAGCCTCGGGTGGCTGCTTAAGTAACTTTCAACTCCTCTCTTCTTAACACTATGAAGTGTCTCGGGAAGCGCAGGGGCCAGGCAGC
TGCTTTCCTGCCTCTTTGCTGGCTCTTTTTGAAGATTCTGCAACCGGGGCACAGCCACCTTTATAACAACCGCTATGCTGGTGATAAAGTGATAAGATTT
ATTCCCAAAACAGAAGAGGAAGCATATGCACTGAAGAAAATATCCTATCAACTTAAGGTAATAGAACATCTACACACTTATGGTAGAATTGTGCTTGTGG
AGTGTTTACAGGGATTTGCTGACTGGAGTTGAATAATTGGAATTTATTAGCCAAGAAAGTAAAGGCTAAGGAGATAACTTGAAAGAGCTTTTATTTTATT
TTATTTTATTTTGTTTTATTTTATTTTATTTTATTTGAGACAAAGTCTCACTCTGTTGTCCAAGCTGAGGTGCAGTGGTGCGATCTCGGCTCACTGCAGC
CTCCACCTCCCGGGTTCAAGCAATTCTCCGGCCTCTTAGTAGAGACGGGGTTTCACTATGCTGGCCAGGCTGGTCTTGAACTCCTGACCTCGTGATCCAC
CCACCTCAGCCTCTCAAAGTGCTGGCATTACAGGCATGAGCCACCGTGCCCAGCCAAAAGAGCTTTTAAAGGATATTTAAGGCTACTCAAAAATTTTCTG
GCTGTGTGCAGTGGCTCATGCCTGTAGTCTCAGCACTTTGGGAGACTGAGGCAGGCAGATCACTTGAGCCCAGGAGTTCAAGGCCAGCCTGGGCAACATG
GTAAAACCCCATCTCTGCAAAAAAATGTAAAAATTTAACCAGGTGTGGTGTCACATGCCTGTAGTCCCAGCTACTAGAGAGGCTGAGATGGGAGGGTCAG
TTGAACCTGGGAGGTTGCAGTGAGGTCTAGTATCTCTTTTTTTGAGACAGGGTCTTGCTCTGTCGCCACTGCTCTCTAGCCTGGGCAAAAGAGAGAAACC
CTGTCTCAAGAAAAAAAAAAAGAAAATTTTCTATCTGACACATTATCTATTTACTACCCATCTCCAAGGTAGAATGTAAATTTCATGAGAGAGTTTATCT
ATTTTTTGTTCATTGCTGTATTTCTAGTTAGTGTCTGGAATGTCCTAGAAGTTCAATACATGGTTTTGTTATTTTTCCTTAATGAATGAATGAATTCAGT
TTCCTGTTTTCTAGAGCTTCTCTTTTCCTTCTTGAATCTTCCTACTGATCATCTAGGCACTTTCCTCTTAATTAAAACTTTAAGCAGAAGTGAGTTGAGG
AAAAATTAAAGCCAGAAATTCAAGTTAATTAGTTTTGCTATGTTTCAGTGGGTCTGATAAGAGAATTTTCTTGGCAAAGGTTGAAGGCTCTGATTATTCA
ATCTTTGATAAACTTTATGGATTTTAGAGTTAGAGCATTTCTGTAACTCCATCAGTGCATACAATTGAGTGTTAGTTTTTACCTAAAAGTTACGATGAGA
AGTGTGGTGTGATTGGTTCTTTTCCATGCCTACCAAAACACAAGCAAGCCCAAAAACTATGTGGTGGTTTAGGCTTCATTTTAATGGACAGCAAAGCAGA
TTACCAAACAGGCCTCATTAATCTTTAATATGAAATAGAAAAATGTTTTTTCCTACATGACTGAAGTACAGTCCTACCTGAAGGAGTGTTAGGGAATGAG
GGAGGAAGGAGACATTGTGGCTTCTGGAGATATTTGTAATTAACAAACTTTTTTTCTTTTATTTATGGTTTGATTTTTCTCTTTGGCATGTTCCCCTTCA
AATATTGAATTTATTTGCAAATGATGTCTTGAACATTGAGTTTATTGATTCCCTGTCTTCTCCTCATTCCCAGCCCCTATACAAATAGTATTGAGTTCAA
GCATGGTGTCTCATTACAAGGGCCCAGGGTGAGGATGCAAGAACCCATCCCCAAATTGTGGTTGTTTTATGCAATACCAGAGAGACCATGGTCACTGGGC
ATTTCCTAAACCTCCTTTTCTTCTAGCAGGAATCTGCTTCTAGGAGGCTATCGTTAACCTCTTCACCCAACGACATCCTTTTCAGCAATTGTAGCTGAAC
ACTTTCTGAATAGTCCACCAGGAACTTATTAATTGCAAAGAAGCAAAGCAAGTTTTGAGTGGAAGTTTCCGTCTCCACTGAAATTGTGTTTTCATATACC
ACCAGAAAAATAGCCACTTTTCATTTTGAAGTCCAGTGTTTTAGGGAACAGATATTCTGAACAAAATATTGGAGCAAAATATTTCTCAAAGGATGTTTCT
ACCATTTGTGAATCTATTTACGTGTTAGGCCTTACAAAGTAATGAACTTGCACTGTTATATTTGTGATAATCACTTACCATTATCAAAAGCAATAAAATT
ACATCTGTGAGGACTGTAGGGGTTACTTATAAACTCTCAGAAATCATCATAGATGGAATCAAAGCTCTAGACTGTAAATAGGGCTGCTGGCACTGATGAC
CACACATTTACATTGGGCCCTTTTTGGTAAGCATTTAAAGAAAATCATTCCTGCAGATTGTTTTCATTTAGTCCTCAAAGAAAGGCGGCCACCTGGGGGA
GGAAATGGGGTTTGGATGTAAAGGAGCTTAGGGGACAACTCAGAGAATGGAGGGAAAGGGATCTGGTGAGAAAGAAGGGAGCAGAGTGAAGGGAAGAAAG
AAGCTTAATATTAGGATATCAGCTGTGCTCTACACTCCACACAGTCACATCCAGCTCCTCTCAGCCACAATGCTACATGCTTCTACAAATTGCCTCATTT
TAACAATCTTATGAAGTAAGTCTATTGTTATTGCTGTTTTACAGAAGAAGAGAGACAGAGTTAAGTAACTTGCCCAAGCCACAGTATGGGATTGGAACAT
GGATCTAGTCGGTGTCAAGCCCTCTAGGACCCAAATGAGGCCTGCCTCTTGCCTCTAGTCAGTTTATTCTGATTTTCCTCACAATGGAGAGGATTGAAGC
CAAGTTTGCAGGGCAGTGGAGCCTAGACTCAGAATGTGATCATTATCATTATCATTTACTTTAACTCTAGAGTCAGGGGTCACCAAGACCATGCCCCCAT
TCAATGGGTTGCATAAGGACTCACCAAACTCAGCATATAGTCCTACTCACAGCTATGATCGGTCACAGCAAAAGGATACAAAGCAAAATCAGCAAAGGGT
AAAGGAGTATTGGGTGAAGTCCAGGGGAAATGAGGCACAAGCTTCCAAGAGGCCTCTCCCAATAGAGTCACACAGGATGTGCTCAATTCCATCAGTAACA
ACTTGTGACAACAAACATGCAGTGTTGTCTACCAGGGAAATTCATTAAAGACTCAATGCCTGGGGTTTTTATTGGGGTAAAGTTATGTAGATACCCTCTG
CCTAGCACATACCCAAATTCCAGACTCCCAGAAGAAAAGTAAGTGTTCAGCATGAACTACATTATTTGCACAATCTAAGCACATTGAATCACTCTTATTA
GTTAGAGTGGTGGTAGCCCTCCTGATATCCAACTTTCCAAATGCCAGCCAAGGCCAATTTTACAAGCAGGCCTTTCTAAAGATAGTATTTTTCAGACCTG
CTCTGTTAAATTTTTTTGTACATTTCTTCATTTCCTTTCACTAAAGAGGTAGTTTTATTGGATTGAAGTTGGAGATATTGAGTTTCGATAAATTTCTATC
TAAAAGCATTGCGTTACCTTGATGTCATTTTAAATTTGAATGATTTCAACCAAGCAAACCATTTGTACTATGGAAAGCAGCAATTCTGGCCAGGCAGAGA
AAGCAGCCTGCAGAGAAAAAAGAATATGACCGTGTGTCATCTTCCAGCCTGTGGAGCTAATGGGACAGAATTATGGGCATTGCTAACAGCTTCTTTGCAT
TCCCTGTGCATTGCCTCTAGAAGGGAAGAAGGAGGGTTTGCCAGAAGACCTTTAGTTGCCTTCCTTCCCTAAATCACACTGTGATAGACAGAATTCTAAG
ATAGCCCCAAGATTTCTATCCCCTCTGGTGTACATGCCCTGAATAATCACTCCCCTGAGGATGAGGAGGGGCCTGTGAATATGATGGGACAGCCATTCCT
TTGATGATGCTACATTATATGGCAGAAGGGAAATGACATAGGGCAGACCTGACCTAAATCAGATGAGCACTTTAAAAGCAAAAAGTTTCCTCTAGCTGTT
CACAGAAGAGGTCGGAGAAGTGCTTCTGCTGGTCTCAAGATAGCAGTTCACAAACTGCTAAGTTGTGAACTATCCATGAGAGTCACGAGCTAAGGAATTC
CAATGGCCCCTAGGAAGTGAGAATGGATTTCAGCTGATAGGCAGCAAGGAAATTGAGACATCAGTCCTCCAAACACAAGCAAGTGGATTCTGCCACATAA
GCCTGGAGGAGGCAGCCCAGCGGACACTGTTATAGGACCACTAGGTTTGATTGCCCATTGTGCAGTAACAGACCAATATACTGAAACAACAAGAGTTGCA
GCAGATAAATGGTTTGATAATTGTAGGGCAGCCAAACAAGGAGATGGGAGGAAACCTCAAATCTGCCTCCCCAAGGAGGTTGGGTTAGGGTCTGAACAGG
TGATGGGCTGAACAGGAATTGGGATCACAGATTGATTGAGAAGTGAGGAGTGAAGTCATGGGACAGGAAGTTGAAAAAACTGCATTTCCTACACTTCTTT
GCTGAGTTGGTTTATTGGTGGAGGTCTTCAGACTGGTTGGTGTCAGCTATTCTGCTGGAATTCAAGATCTGAAAAACACTTTAAGCAACTCTTGGGCAGA
AAGGTCCAGTGCCAGAGATTCCATCTATAGGAACAATGTGGGGAGCAGGTGGTCCGTGCTCCCCACAATGTGGATCTCAGTTAGTTAGCAGCTGCAGGAA
CTTGGGTAGAAGTACATCAGCACACCCCGGTCAATGCCCAACTATAATTCTGCCTAAAGCCTGACTTGTAATTCTCATAAGGGCTGTTTTAACAGCTTGA
TTTTAGCCCATTGATACCTGAAGAGAGAATCTAGCCAGCCATGTCGGGACTTCTGACCTGCAGAACTGTGAGATGATAAATAGGTATTGTTTTAAGCTGC
TAAGTTTGTGGTAATCTATTCTGCAGGAGGAGAAAACCCACACACACAGTGAACTAACAACCTACATCTTGGCCTTTGGCTCTCAGATTCATATATGAAT
CATTGTTAATTTTCCTGATTTCACTAGTTGTAACCAAGCATCTTAGGGAAAGTGGAAAGTAATTGGACTACATGCATAGGCTATAAATTCACAATGTCTT
CTCTGAAACATGAACAAATGCAAAATGCATGTGCATGTTGAACGGAATCTGAGAAGAGACTGTCAAAGCATAGTTAATTAGACATAGAACTGCTGTTACA
AAGCTGGTTACTTTCCTAATTAAATTGTATGGTTTTGCGGAAGAATTAAAACAAGAAAGTTAAACAGAAAACCATGCCCCTAGAGAACTGGATTGAGAAA
GCACCAACCAATTAAATTGTTAATTAAGAGCATAACCATGATTTAAATAAAGTTATGATGGAATGGGAACAGTCTGCAGGTAAGTAAATTAAAGTCCCTA
CACCACATTCTGCCTACGTCTCTTTGCAAATTCTTTGTACTCTGAAGTAATAGAAATGGTTTTATGTAGGATCACAAAGTTTCCATTATACAATTGACAC
ACTCTCGTAGAAAGAACAATTAATGGTATTTCTGTTTCCAATTTCCTCATCAGAGAGCTGTAGGATAGGAAACTGTCCTATTTGTCCAAAAGTTTGTCAT
TTTTTTCAAACTGAAACACAACCTCATAAATATTGGTTTGTCAGGTGTCATTAAATGACATGTCAAAAGTCATAAAATCACATGGGGAAAACTATACTTG
CTAGGAGGAAGGCTTCATCTCTCTTCCCTTGCTTTGTACATGAAATGTGCTGCTGCTGTCCCTGGTGTGGCCTCCCTCCCTCACACCCCAGTACTGTGCT
GTAGTTGACTGCTGTCTTCTCTAATCCTCCTTGGTGCACTACCAAGTCATACACCAGGACCTACAAGAGCTCTAGAACACCTGTGATTGTGGGAGTTTGT
AAACTCAAACATCCAACTGGACAGTTTAATCAATTGGAAAACTTATGAGGAGGAAATGGGTGGTAGAATTCATGCTGTGGAAGATATTTGTTCCCAACTT
AATTAGAATCTGATCGTGTGATTGTAGGATCCCTTAATCGTGGCCATGGTAGGCAGAATTCTAGGATGGCCCCCAAGACTCTTGGCCCTGGTGCACACAC
ATCTTCTCTCCTGAAATGCTAATCTGGGCACCATTGTAAAAGGATTGCAGATGTAATTAGGGTCCCAATCAGTTAACCTCAAAATAGGGAGATTGCCAAG
GTGGGTCTGATCTAATCAAGTGAGCCCTTTAAAATCGATGTTTCCTCCAGCTAGTTGCAGAAGAGGCACTCAGACTACTCACTCCTGCTAGCCTGCAAAA
ACAAACAGCCATGCCGTGAACTGCCCCATGGCAAGAAATTGTGGGTGGCCTCTAGCTGCTGAGAACTATCTAAAGCCTACTAAAAGGAAAATGGGGGCCT
CAGTCCTACAGCCACAGGGAAATAAATTTTACCAGCAGTGAGAAGATAAGCCCAAATGAAACTACAGCCCAACTGACACCTTAATTTCAGCCCAGTGACA
CCCTGAGCAGAGAATCCACACCATGCCCAGACTTCTGACCTACAGAAACAACAAAATAATAAAATTGAGCTGCTAACCTTGTGGTAATTTAGCAATAAAA
ATCTAATACTTTAAATACCCAGTGGCTTGGTATGCTGGCTGAAGATACACAGGAGCATTATGAATGATACTTCATAAAAGGTAAAAGTGAGGAAGAGACC
AAGAATTTGGCCTGTCAGTATGTTTGGGGTAGGAAGTTACATTTCTACTTTTTTGTTAAAGGCTTTGTAAAGTAATGAAAGAACACTGACTTTTGCCTTC
TGTAGCATGAATTTTGAAAGAGAGAAAAAGCTGCTTATTATCCAGGCAGATGTCCAACTGCAGTCATGGGTTAAATTTCAGTAATATAATTTTCAAGCAT
GGCTTGCATTTATCTCCATGTGTATATTGATAATTAATAAACTCAATAACAAATACATATTAAGAGAAACAATACAGTATGTTTAAGAAAGAAATACATT
AGAAACATTCTTTCAAAAGGAAAAAACCCTCTACCATGTTATGATGATGACGATCTACCCCAGTGATCCTTTATTTAATTTACTCAACTGAATTGACATG
ACCTTCGGCTTATGCAGTAGTATTTTAAGCTGATCGTGTTTCTTTTCTATTATAAGAATTTCTAAGTTTTGACATTTAAACAATCTGTTTTGAGACTAAT
TGTTAAACATTAAAAGGAATTGCTCTTGCCGGATGTAGTATTGGCCATTCCTGAGGACAGCTGAAGGTTGGGTCTAGCACAGTCTTTTATAGAAAGTAAT
CTCCACTGGGCTCTTTCATGTACCTGCCATCACCTGTCATTGCCTCCTTTGCATGTCTAGTGGTTGGCAGGCTCTAGGCTGGGATGACAGACAACTGGAC
CATGGGTCTCTCGTTGTCTAGGATAGGCTTATTTACTTGGGAGTCACAGGGTTCTAAGAGTGAGAGAGAACAAACTTACAAAATTCCTTGAACCCAAGCT
TAGAGTACTCGGTAAATGTCACTTCTGCCACATTATCCTAGCCAAAGAAAGTCACAGCTCAGATTCAAGAAGTGGAAAAACAGACTCTCATGCTTAGTGA
GAGAATGGTAAGGTATGTACAAGAGAGTCTGTGGTCATTTTTGTAATCCACCACATCTTCTATTCCCCACAACCCCCACAACACACACACACACACACAC
ACACACACACACACACACACACACACACACATTCAATTTGCCACCAAATCCCAGATGGAGGATGACAGTTACCTAACTTCTCCTCTGCAGTCTTAAGGCC
ACTTCTATAGTTCTGGCCCTGATCATCTTTAGCCTGAACTGCACCAGCCTCCCCAGTGTCTTTTCTGCAGCCCTCACACATGGTTCCTATTTGTTCTCCA
TACTGTAGTCAGAGTGATCTTTCTGAAATGAAAAACTAACCAAGTCACATCTCTACTTAAAACCTTTTAAGTGTTCACCATAGTCAACAGCAGTAATTCC
CAACCCAGGGTACACATAGGAAGCTTTTTATAAAAGACTGACATCTAACCCCACTGCTAGAGATTCTGACTCAGTTGCTCAGGTGAGGCTTGGTGGTTAA
AATTTCTTTAAGCTCCCTAGGGGATTATGGATGTAGCCAAGGGAGTAAGCCACTGGCCTAGGGTATAGACTTCAAACTCTTTGGTGTGACCCATAGGGCC
AGTCAAAATTGCACCTCCCTGCCTAACACTTCTCAGCATCTGTCACACTCCTTGGCTTAGTGCCCATCACACGAACCATACTGAACCAGTTGTAATTTCT
CACCTAAGCGCCTTAGCTCAAGCTGTTCTTGTCTGGAATGCTCTCCTCTTCTTTGACCACCTAGTGAACAGCACTTATCTTTGAAACCTAGGCTAAAATA
CTGGATTCTCCTTGAGTTATTTGACCCTCACTGAATTCTATAGACTGTTAGACCCTAACATCTATATCCCTTTGTGCTTCCTCCATTCACCCATCCCCAG
TAGGCTTTCTTACAGATTTGAAATGTCATTAATTCTCTGAATTGCATATGGTGGATATGGAGGCACTGATGGAAGAGCAAGGACTAGTGACTCTTCAGCT
GGTACTGAAAGGCTTATGTGCACAGGCCACTACCTTCAGGAACACAGCCCAGCAAAAGCTTAAAAAAGACCTTTACTTTTTTGACCCACCCCTCTGGTTT
TTATTTCCTTTTTTTTATGTAGGTCACCTTTTTTATTCATCCTTGCAATTTCACCTGAAAATTACAAATATTGGAGGGAATGATTTGTGCTTTGTTAAAT
GTGAATCTAACCATTTCCACTTTTAAAGGACATTAACATGTGATCCAAGATACAGGAATAGACAAAGTTCCTTTTTCAAGGGGCAAGGATGGCACTTCTT
GGTGACTGAGAGGTTTTCTATCAAGTGTATAAACCATACTTTGGTGCCATTTCTTAGACCCACAGCTCCAAAGACAAAAGTTTAGTTGAAGATTCTTTTA
ATTAAAGTTGCCTATTTTCAACCATTTCATTTTTCTAGCTGTATAAATCTGCAGAGATTTCCCCTGCCTTGCTTGGTTTTAGAGGTCAATGTTGCTGAGA
AGTGTGGAACCTGGACCCCACAACCCTTTTTAGAGAAGTGCACCATTGTCCTGATCACTGGTATCAGGGCACAACCTTATAAACGAGTATCGATAACCTA
AAAGAATTCACTAACATCATTCGAATTTAATTATTAAATATTCAACCATGTGAGGTCTTGCACAGGGCGAATAGGGAAAGCAGTTAGCATGGTGCTTAAA
AGTAAGACCCCTGGAGACATAATGTCACTGGTCAATTGTGTTCTTTGCCTACTTCACATTGGCTGCAAAGAAAGAACATCCAATTGGGAAGTCAACCAGG
TTTTTATTCAGTGGCCAAAGAATGGAGAAGGGGAGCTCATGTTCCAAAGGCACCATCTTCCTGGAGGCATGGGAGTTTTAGAGAGTTGGGCACAAGCCTG
GGGAAGTATGTGGGCATGTACTGGATGGAGTTGCAAACACAGGCATAGTACATGAACATGTTTCTACACACACTGCATGTAGACAAAATGGGGGCAATTT
TCTCTTAGGGGAAAGATTTCTAGTATTATAATGATACGTTAATGACTTAAAGGTAACTGGAGGTCGCCTGCTCTGGTCTGCACCAGTTTCATGTGGGTCT
GAACTTCCTCAGTTATTCAGCAGCGGGTCTCAAGGGGGCTACTTGTGGCATCCAGACCATCTGGTTTCTTTAAACAGCTGTGCCTATAAACAGACTTAAA
AAAACAGTTAAAGTTTTCCCACTGTCAGTAGGGGCCATCCTGGTGACAATACTTCTTGGGTTCATATCCAGACTCTTCCATGTACTGATGAAAGGGAGAG
TTCCCTGATCCCCCTTGCAGACCATGTGACAGTGGTGTGTCTCACCTGTTCAGTCACCCCACTGCTCAAACCCCATGTGGGATGGGGAGCATGCAGACAG
GCAAGTGCAGAGGCTGGGGTGAGTGCTTTGGGCTCCAGCCCATGGTAGTGTCTAGGAGTTACAAAGCTCTTTCAGCTTTGCCATCTGCAGCTCAATGGTC
CCTCTGCCTTTTCACAAGGGCAGAGGGCCAGTGACAGCTTTCTGTATCTCGAGCTCTTGCCCAGCATCCCAGAAAAATTGGGTCACACACGGGCTTGAAG
GATGAATGCAAGGTTTTATTGAGTGGTGGAGGTGGCTATCCCTATCCTGGGATGGATAGGGAGCTGGAATAGGCCCGACTCCTCTCCGACGACCCACCAG
CCGAACTCCTCTCAGAGTTCAGATGTTCCTCCTCGTCTCTCTCTCTCTCTGCCGCATCATTCTGCCATCTGTCTGCTGGTCTATTTCTGAAGCCTGGTGT
TCAGGGTTTATATGGGTGCAGGATAGGGGGCATAGCAGGCCAAAAGGCAACTTTTTGGGCACAAAAACAGGAATGCCTGGTCTCATTTAGGGCCATGGGT
ATACAGGCTTGAGGGTGGGGCCTTTGCCCAGGAACTGCCCTCTTCTACCCAGGATTTCCCGGTCTCCTGTCCATATCACTAGTTGTGTGAGTGTCAGCAA
GTTACCTGATTTCTCAGTGCTTCTATTTCCTGATCTGTAAAGTAGGGAACCACAGAAAGAGTCAATCATTTCCACATTTGTACTAACCTGCAGCTGGCAT
GTACATATATATCTCTACATACACTGTAGCAATTTGTCCACATACTGTGTCTCCCTTACCAGATTGAGAACTCCCTGAGAGAAGGATGACTTACCATTCA
TCTTTGGATAGGACTGATGTCTGACTCATCTTTGTTTCCCTAGTGCCTGGCAATAGTAGACAGTCAACAAATATTGCTTGAGTGAATGAGCATATGTAGT
TCATTCATCCATCTATTTGCCTATAATTATAATACAAACAACACTAACTTGGATTCTCATCAGGAACATATGCATAATTTATTTTCAATCATGATAAAAA
ATGGTAGGTGTAAATAAAAACTGTTGTAAAATGATGGAGCAAACAGGTATCATGAAATAGGCAAGGGTATGAGGTAGGGGAAATTATCCATTTCCTCAAT
TACTAACGAAGTTTTATGGAGGAAGTGGGATTTCTGTAATAGCTTGATGATAAACTTCTTAGAGAACTATCTTTGAGATCTGCAGTCTTCCATTAGAGCC
TCACCTAACCTTAAGATTTTTGCCTTTGGGTGTTGACTAACTCAATGAATACAGCAATGCTGATTATCAGAAACATGTGAATTTGAAAGTCAGAGCTCAG
GTGCTCTGCCTTGGAGTCAATTTGTGGTTTTTGTATAATCAAAAATGTCTGTATCTCTTTAAGCCTCTGGCTTACTTGATTAGCAAACCCATTCCTTTCT
AATAACCTAAAAACAGCTATTAGGGATGCATATGTGGCAATACTTTGTGCCCTAAAAAAATTCAGAGAAGCTTTTGCATATTCATCAGCCATAACCACAA
AGACTTTGCTTGATTAAAGAAGTTTCCTGTTTTCTACCATTTTGTTTTCCGAGTTGTATAAATGTGGAATGATTAAAATTCCCATGGTCCCACAAATACA
TCTCTTAGATGTTTTGCTGATAATTGGATTTGCTTTGAGGCTATCTGATCATCAGTGTTTCTTCTGCTCTCTCAAATTCCAGTTACATTTTGAATATGGA
CTATGATCTGGGCTAAGAATCAGCATCATATTGAGAAAGAAGAAAGGAGAAGGTACAGAGAGCATGAAGCATAAGGGAAAAGACATTGACCCAGTACAGA
GATTGTGATCTTTGGGAGTTGCATCACAAGGCTTGTTGACTCCCTTAGAGAGGTGATATTGGGAGCACAGTCAGAAGATGCCTCTGTGTTATGGGGCCAC
GCTGAGGCTTTTGATAATATAGATACATAGCCTTTTGAGAATATATGGAAGAAGCAACCTTTGGGCTTTCAGACAAGGAGAGAACAGGTGGGAAGATAAA
CAATGGAATGGCAGGATATACTTTTCTTTCCTCCTTCCCTTCTTCCATATCCCTCTCTGCCCTAAAACTTCAGCCACCATATCCAGGGCCATACTTAGAC
AGTCCATTCATTTTGTCCATGAATTTGTATTGTGCAACCAAGATCAGTCAAGGTCCAGTCAGGAAACAGACACACCAATAATTTGAACAGAAAATTTTTG
ATATAAAGTAATATTAGCTAGTAAATGACAACTAATTACTAAAAGACATAAGATAGAAAATATAAATGCAGAGAACTACTACTCTTTGGCATTAGGAAGA
TTGTCCAAGGAAGGGAATAAGAACTTGATGGAGCATCTTCCCCTCTATCAGAAGGGTGAGATTTAGGCCTTCTTGGAATCCATGCACCGCAAAGTGAGAA
ATTTGCTGTGCCGCCAGCAGGCTAGGGCTGGCCTCTTGCTTTGGTATGAGCAAAACTTGCCAGAGAGTAAGTGTCACTGGGCCTTCCACATGGCACCAGT
TTCCATGTCATAGGAAAGAAAAAAGCATATGAGAACTAGGAAAAGAATTTCCTTCCTTCCCAGTGTCTTGAAAAGTCCTCTCTTGACAAAGCCTAACATT
GACCAGCTATCAAAGGAGAAATATTTATGGAGTCTAGCTTGAGTTTCACAAGGCAAGACAAAAAGAGGGTAGATCTGGAATTGAGAGGCAATCTATTGGT
ACCTGGAATAACACCTTTGCTGGTCCAGAGATGTGGTGATTAACAAGATAAAGTAATGTTCTGCGTAATTAACAAGATAAAATAAGGTTCTCGTTGTCCC
TAACCCTACCATCTAAAGTGGAATATAGAGAAGTGAAAAGGCGAGGATGGGCGTGGTGTAATCCCTCACACCTGTAATCCCAGCACTTTGGGAGGCTGAG
GCAGGCAGATCACCTGAGGTCAAGTGTTTGAGACCAGCCTGGCCAACATGGCAAAACCCTGTCTCTACTAAAAATACAAAAAATTAGCAGGGCATGGTGG
TGTGTGCTTGTAATCCCAGCTACTAGGGAAGCTGAGGCAGGAGAATCACTTGAACCTGGGAGGTGGAGGTTGCAGTGAGCCGGCATTGCACCACTGCACT
CTAACCCAGGCGACAGAGCAATACTCCATCTCAAAAAAAAAAAAGAAGGAGTGAAAAGGCCATGGCCATGGTAGATGTTATGGGATAATATAAAATCCTT
CTACCTACCAAAAAAAAAGAAGGTACTTATAATAACAATTATATACTACCATGTGCTAAATACTCTGCTAAATGGCAAATACATGTTATTTAATGTAATC
CTCATAGTTTAAAGACAGGTTGGCATTATCCCAATTTATAGATTGAAAAAAATTAAACAACTCTGTTTTTCCACTCTGCAGAAGACTTTTCCAATTTGAG
TTCCTTTCTAACATGACTTAGCAAGAAGTCTCACCTGAAATCTTTATCAAGCTCAAAAAAAAAGGTTTTTGTTGAGATTATTTGGTGGCCAGCTGATAGT
GAGAAAGGACACTGGACATGTACATGTGCTGAGGAAGGGAGCCTGGATGGGGAAGCTGGAACTTCGCCATAGACAAACATGGTTCCCTTCACAGTGTTAT
CTGAAAATGGCATGGCCCTGGGAAGTCAGTCATCTCTCCTGTCACCTCCAGCAACCTGCTTAGCTTTCTTATTTCTGCCTTGACTAATAATGTGTTTAAG
TAATCTAAGCATGTTTCATCTTAGTATATTTAGATAATTGACAGCAAATATTAAAAAGTCATAGAATAATGTGAATAACTGAGGAGGTGCTGAGAGACTT
GGGGGGAAATGGTAACAATGAGTATGGTATTTTTTTTCTCTCTTTTTTTTTTCTCAAAGAGAAAAAGAGTCTCGGCCTGTCACCCAAGCTGGAGTCTGGA
ATGCAGTGGTGCAATCACAGTTCATTGCAGCCTCTGACTCCTGGGCTCAAGCAATCCTTCTGAATAGCTGGAACTACAGGGGCATACCACTATGCCCAGA
TAAATTTCTAAAAAGTTTTTTGTAGAGTCAGAGTCTTTCCATGTTGCCCAGGTTGGTCTCGAACTTCTGGGCTCAAGCAATCCTCCTGCCTCAGCCTCCT
GAAGCACTGGGATTACAGGTGTGAGCCACTGTGACTGGCCTAACTATGGTTTTTTGGTTTTTGGGGGGTTTTTGTTTTGTTTTGTTTTGTTTTGTTTTGT
TTTGTTTTGTTGAGACGGAGTCTCGCTCTGTCACCCAGGCTGGAATGCAGTGGCACAATGTTGGCTCACTGCAACCTCCACCTCCCAGGTTCAAGCGATT
CTCCTGTCACAGCCTCCCAAGTAGCTGGGATTACAGGCACAAGCCACCATGCCCAGCTAAGTTTTGTATTTTTAGTAAAGAAGGGGTTTCACCATATTGA
CCATGTTGGTCTCGAACTCCTGACCTCAAGTGATCCACCTGCCTTGGCCTCCCAAAGTGCTGGGATTACAGGCATGAGCCACCGTGCCCGACCAGTATTT
CTATTTTAACAAATCTAAGACTGACTCTACATATCACAGATCTAATTGTTTATCATATGTATTTGAAAATACTGGGGAGAACAATTGATAGATTATAAAT
AAAACACAACATTGTTTCTGGAATAGCAAAATCTCTCGGGGTTACCTAATTTCTTTCAGGAACATAAGAGCCCTTATGAATCAGGAGACCACTTGGACAA
GGTTGGTCAAGAAAAATGATATATATTCAACGTTGACTTTCACAGGACATAGGATATTGCTTAGCATAATTTATTATTTAATAACTTGTACAAATAAGAT
CTATATCACACAACCATAAGTGAATTCAGTTTCAGGTCAGGAATATAAGAAACATGAGCCATAAAAGTTAATTCTCCTACCAGTAATATTTAGCCTCTTT
TTCATCATCAAATCCTTGAATAATGTTCTCTACAGGAGATCCATGAAGTGGGAAGGTGGCATCAATGGATATTAAGAGAGTAGTTATTTGAGGGTGTTGT
AATCAGGATTCCAGGTAACTTTAATAAAACAGTAGAAGGTTCAGAAACACAGAAAATAAGGTTCTCTCAAGGACAGATGCAAAGTGATGCTTGCAAACAT
TTAGACTACAAGCCTCACAGAAGGGAAGAATCAAAGGACGTTGTGCAATGTGAGTCTAGGATGAACAGATACCATAGAGTGACACATGTACAAGCTGGCA
TACCCATTGGGATGGGAGGACTCTGGGCTTTCAGAGCTTCTTCAAATGGTCTTTGTATGGCAGACTATAAGTAACTCAACAAAATTCTGTCTTCTCCTCC
ACATGGGTGCTGTATTTCACAACCTTCCCTACAATTAGTTAAGTGTGGCCATACAACTGATCATGACCAGTGGAACTGAGATGGGAGAATTGCCTTGGCC
CCTTCATGGGACTCCTCACAAAGGGGGTGGCTCATTTACTCAGCCACCATGCACTCAAACCCCTTACAGGAAGGAGAGAATGCAGGTGAGCTGGGGTGAG
CGCTGTTGGGCTCCGGCCCCATGGCAGCATCTAGGGGTATTACAGTGTTCCTTTAGCTTTGCCATCCATGGATGGCTAAGTGTTAACCAACTCAGTGGAG
AGTCAGGGTGACAGCTTTTTATACCCCGCCCTCTTGGTACCTGGGTCCTTGCCCAGCATCCAGGAAGAATCAGGTCACACAGACTTGAAGGATGGTGAAT
GCAGGAATTGAATTGAGTGATGGAGGTGGCTCTCAGCAAGATGGATGGGGAGCTGGAAAGTGAACGGAGCGGGAAGATGATCTTCCCCTGGAGTTTGGCC
ATCCTGTGGCCAATCTCCTCTATGACCATTCCCCAGTCGAACTCCTCTCGATGTTCAGATGTTCCTCTTCTTTTCTTCTCTGCCATGTGGCTCTGCTGCT
CTTCTGCTCATGGAGCCTGGGGTTTGGGCTTTATATGGACACAGGATAGGGGGACATGGTGGGCCAAAAGGCAATATTTCGGCATGAAAACAGGAATGCC
TGTTCTCATTTAGGGCCGTGGGTCCAGGCTTGAGGGTAGAGCCCTTGCCAGGGACCCTACTCTCCTGCCTCCTGTCTGTATCAGAATGTACACAAAAGTG
ATGTGGGCTTTTTCTCAGCTGAAACTTTAAAGAATGAAAGTTCTTCCTCCATTCCTTCCTTCCTCTTCTGCAGCCTGGATAACAGTAAAAACAGGACCCA
AGAAGATGAAAGAGCCAGACATGGAAAATTTCTGGATCCTCAAATCACTCCATAGAGGAAAGCTGCCCACTCACAAGAAATAACCACCTTTGTCTGTTAT
GTGACCAAGAAATAAATGTCTCTTATATTTCAGTCATTATATTGTTTTTGAGCATCACCACAACTAGTAGAGAAAATGGTACATTGAAATAGAGTGCTAT
CTTAACAAATGAAAATAGTGTATAGCCTGAGCTTAGCAATTGGGCAGTAGACAAAGGAACATAGATATCACAATGTGGAAAGAAAGATACCAGTGTGATG
TAGTGACGAAACATTTGATAAAACTATCAGTTGAACTTGGAAGATAAGGCAAGTGTCTATTGACCCTATAGCTCTAAGGAAAGTAGTTGGAAATACCTGG
GATGTTAGTGTATCTTGGTCCTTCTCACTTGTAGAAAGGTATTACAATAAATAGCTGAAGTCAAGAAGAAATAGACAGGTTTACAAGCAGAAATAAAAAG
GAATCTGGGGTCTGAAAGGACAGGAAAATCAGGCTGATTCTAGATCCCAAACACACACAAAAAAAGACTAAAGATGGTTTCAAGCAAAGAAGACCCGTTA
AGATTTCTCAGGTTTGCAAAGTAGCTTAGATTAAGGGAGTTACTTTTCTACCTTTCCACCCCGCCTACTCTTTCAGATGCCCTCAAAGTAGCTTCCATTA
AGTTGAAGAGAGGTGGAAAGGCATGGGGGCCAGGAAGCAAAATAATAACAAGAAGAAGAAAGAAGAAAGGAGGAGGAGGAGAAGAAGAAGAAGAAGAAGA
AGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGA

Expression



Full and truncated open reading frames discovered in TCONS_00243507

In silico ORF/peptide predictions
Nothing found.


RiboTaper predictions from Ribo-Seq data (HEK293 cell line)
Nothing found.

BLAST search results

No hits found.