| 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 |
|---|---|---|---|---|---|---|---|---|
| ENST00000227155 | CD82 molecule | protein coding | TCONS_00243094 | 656 | 316 | UTR3 | Trans | |
| ENST00000299157 | IKBKB interacting protein | protein coding | TCONS_00243094 | 530 | 291 | UTR3 | Trans | |
| ENST00000307792 | sema domain, immunoglobulin domain (Ig), short basic domain, secreted, (semaphorin) 3E | protein coding | TCONS_00243094 | 559 | 296 | UTR3 | Trans | |
| ENST00000323816 | growth arrest-specific 7 | protein coding | TCONS_00243094 | 503 | 297 | UTR3 | Trans | |
| ENST00000336787 | RAB27A, member RAS oncogene family | protein coding | TCONS_00243094 | 691 | 308 | UTR3 | Trans | |
| ENST00000378004 | Rho GTPase activating protein 26 | protein coding | TCONS_00243094 | 592 | 316 | UTR3 | Trans | |
| ENST00000396307 | RAB27A, member RAS oncogene family | protein coding | TCONS_00243094 | 691 | 308 | UTR3 | Trans | |
| ENST00000424496 | sense_intronic | sense intronic | TCONS_00243094 | 629 | 293 | noncoding | Trans | |
| ENST00000437099 | growth arrest-specific 7 | protein coding | TCONS_00243094 | 503 | 297 | UTR3 | Trans | |
| ENST00000448214 | antisense | antisense | TCONS_00243094 | 502 | 243 | noncoding | Trans | |
| ENST00000484457 | F-box and leucine-rich repeat protein 2 | protein coding | TCONS_00243094 | 610 | 313 | UTR3 | Trans | |
| ENST00000547865 | spermatogenesis associated, serine-rich 2 | protein coding | TCONS_00243094 | 731 | 311 | UTR3 | Trans | |
| ENST00000552918 | spermatogenesis associated, serine-rich 2 | protein coding | TCONS_00243094 | 501 | 290 | UTR3 | Trans | |
| ENST00000553127 | spermatogenesis associated, serine-rich 2 | protein coding | TCONS_00243094 | 526 | 307 | UTR3 | Trans | |
| ENST00000607772 | CNKSR family member 3 | protein coding | TCONS_00243094 | 716 | 311 | UTR3 | Trans | |
| TCONS_00001594 | lincRNA | novel protein coding | TCONS_00243094 | 672 | 316 | UTR5 | Trans | |
| TCONS_00004719 | ST6 (alpha-N-acetyl-neuraminyl-2,3-beta-galactosyl-1,3)-N-acetylgalactosaminide alpha-2,6-sialyltransferase 3 | novel protein coding | TCONS_00243094 | 628 | 311 | UTR3 | Trans | |
| TCONS_00004721 | ST6 (alpha-N-acetyl-neuraminyl-2,3-beta-galactosyl-1,3)-N-acetylgalactosaminide alpha-2,6-sialyltransferase 3 | novel protein coding | TCONS_00243094 | 628 | 311 | UTR3 | Trans | |
| TCONS_00021902 | protein tyrosine phosphatase, non-receptor type 14 | novel protein coding | TCONS_00243094 | 504 | 261 | UTR3 | Trans | |
| TCONS_00021903 | protein tyrosine phosphatase, non-receptor type 14 | novel protein coding | TCONS_00243094 | 504 | 261 | UTR3 | Trans | |
| TCONS_00030130 | calcium/calmodulin-dependent protein kinase II gamma | novel protein coding | TCONS_00243094 | 694 | 317 | UTR3 | Trans | |
| TCONS_00030165 | antisense | novel protein coding | TCONS_00243094 | 502 | 243 | UTR5 | Trans | |
| TCONS_00034642 | CD82 molecule | novel protein coding | TCONS_00243094 | 656 | 316 | UTR3 | Trans | |
| TCONS_00034643 | CD82 molecule | novel protein coding | TCONS_00243094 | 656 | 316 | UTR3 | Trans | |
| TCONS_00039782 | GRAM domain containing 1B | novel protein coding | TCONS_00243094 | 621 | 316 | UTR5 | Trans | |
| TCONS_00041296 | RIC3 acetylcholine receptor chaperone | novel protein coding | TCONS_00243094 | 603 | 314 | UTR3 | Trans | |
| TCONS_00041298 | RIC3 acetylcholine receptor chaperone | novel protein coding | TCONS_00243094 | 603 | 314 | UTR3 | Trans | |
| TCONS_00050741 | spermatogenesis associated, serine-rich 2 | novel protein coding | TCONS_00243094 | 657 | 314 | UTR3 | Trans | |
| TCONS_00075917 | ribosomal protein S6 kinase, 90kDa, polypeptide 5 | novel noncoding | TCONS_00243094 | 614 | 296 | noncoding | Trans | |
| TCONS_00083866 | RAB27A, member RAS oncogene family | novel protein coding | TCONS_00243094 | 691 | 308 | UTR3 | Trans | |
| TCONS_00090929 | nucleoporin 93kDa | novel protein coding | TCONS_00243094 | 675 | 307 | UTR3 | Trans | |
| TCONS_00108999 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109000 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109009 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109011 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109012 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109013 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00109014 | trans-golgi network vesicle protein 23 homolog C (S. cerevisiae) | novel protein coding | TCONS_00243094 | 618 | 307 | UTR5 | Trans | |
| TCONS_00116668 | desmoglein 3 | novel protein coding | TCONS_00243094 | 505 | 242 | UTR3 | Trans | |
| TCONS_00141667 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 514 | 312 | UTR3 | Trans | |
| TCONS_00141670 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 676 | 315 | UTR5 | Trans | |
| TCONS_00141670 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 514 | 312 | UTR3 | Trans | |
| TCONS_00141673 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 676 | 315 | UTR5 | Trans | |
| TCONS_00141673 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 514 | 312 | UTR3 | Trans | |
| TCONS_00141679 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 514 | 312 | UTR3 | Trans | |
| TCONS_00141679 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 676 | 315 | UTR5 | Trans | |
| TCONS_00141681 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00243094 | 514 | 312 | UTR3 | Trans | |
| TCONS_00147100 | ATPase family, AAA domain containing 2B | novel protein coding | TCONS_00243094 | 651 | 317 | UTR3 | Trans | |
| TCONS_00147113 | ATPase family, AAA domain containing 2B | novel protein coding | TCONS_00243094 | 651 | 317 | UTR3 | Trans | |
| TCONS_00147115 | ATPase family, AAA domain containing 2B | novel protein coding | TCONS_00243094 | 651 | 317 | UTR3 | Trans | |
| TCONS_00148048 | potassium voltage-gated channel, subfamily G, member 3 | novel protein coding | TCONS_00243094 | 606 | 314 | UTR3 | Trans | |
| TCONS_00148484 | EGF containing fibulin-like extracellular matrix protein 1 | novel protein coding | TCONS_00243094 | 658 | 314 | UTR3 | Trans | |
| TCONS_00150696 | septin 10 | novel protein coding | TCONS_00243094 | 602 | 317 | UTR3 | Trans | |
| TCONS_00152102 | cordon-bleu WH2 repeat protein-like 1 | novel protein coding | TCONS_00243094 | 667 | 313 | UTR3 | Trans | |
| TCONS_00152103 | cordon-bleu WH2 repeat protein-like 1 | novel protein coding | TCONS_00243094 | 667 | 313 | UTR3 | Trans | |
| TCONS_00152105 | cordon-bleu WH2 repeat protein-like 1 | novel protein coding | TCONS_00243094 | 667 | 313 | UTR3 | Trans | |
| TCONS_00152107 | cordon-bleu WH2 repeat protein-like 1 | novel protein coding | TCONS_00243094 | 667 | 313 | UTR3 | Trans | |
| TCONS_00163092 | T-cell lymphoma invasion and metastasis 1 | novel protein coding | TCONS_00243094 | 536 | 319 | UTR3 | Trans | |
| TCONS_00163093 | T-cell lymphoma invasion and metastasis 1 | novel protein coding | TCONS_00243094 | 536 | 319 | UTR3 | Trans | |
| TCONS_00165085 | SPECC1L-ADORA2A readthrough (NMD candidate) | novel protein coding | TCONS_00243094 | 605 | 309 | UTR3 | Trans | |
| TCONS_00165089 | SPECC1L-ADORA2A readthrough (NMD candidate) | novel protein coding | TCONS_00243094 | 605 | 309 | UTR3 | Trans | |
| TCONS_00165090 | SPECC1L-ADORA2A readthrough (NMD candidate) | novel protein coding | TCONS_00243094 | 605 | 309 | UTR3 | Trans | |
| TCONS_00194652 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00243094 | 604 | 311 | UTR5 | Trans | |
| TCONS_00194655 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00243094 | 604 | 311 | UTR5 | Trans | |
| TCONS_00194682 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00243094 | 662 | 321 | UTR3 | Trans | |
| TCONS_00194686 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00243094 | 644 | 290 | UTR3 | Trans | |
| TCONS_00194686 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00243094 | 662 | 321 | UTR3 | Trans | |
| TCONS_00205414 | prolyl 4-hydroxylase, alpha polypeptide II | novel protein coding | TCONS_00243094 | 631 | 294 | UTR3 | Trans | |
| TCONS_00219453 | WD repeat domain 27 | novel protein coding | TCONS_00243094 | 693 | 315 | UTR3 | Trans | |
| TCONS_00222403 | protein tyrosine phosphatase, non-receptor type 12 | novel protein coding | TCONS_00243094 | 611 | 304 | UTR5 | Trans | |
| TCONS_00235205 | epithelial splicing regulatory protein 1 | novel protein coding | TCONS_00243094 | 615 | 305 | UTR3 | Trans | |
| TCONS_00235219 | epithelial splicing regulatory protein 1 | novel protein coding | TCONS_00243094 | 615 | 305 | UTR3 | Trans | |
| TCONS_00235231 | epithelial splicing regulatory protein 1 | novel protein coding | TCONS_00243094 | 615 | 305 | UTR3 | Trans | |
| TCONS_00235281 | NADH dehydrogenase (ubiquinone) complex I, assembly factor 6 | novel protein coding | TCONS_00243094 | 624 | 296 | UTR5 | Trans | |
| TCONS_00235292 | NADH dehydrogenase (ubiquinone) complex I, assembly factor 6 | novel protein coding | TCONS_00243094 | 506 | 324 | UTR3 | Trans | |
| TCONS_00235708 | oxidation resistance 1 | novel protein coding | TCONS_00243094 | 636 | 309 | UTR3 | Trans | |
| TCONS_00239255 | tumor protein D52 | novel protein coding | TCONS_00243094 | 640 | 314 | UTR3 | Trans | |
| TCONS_00242952 | ankyrin repeat domain 20 family, member A2 | novel protein coding | TCONS_00243094 | 633 | 311 | UTR3 | Trans | |
| TCONS_00242953 | ankyrin repeat domain 20 family, member A2 | novel protein coding | TCONS_00243094 | 633 | 311 | UTR3 | Trans | |
| TCONS_00245543 | long intergenic non-protein coding RNA 963 | novel protein coding | TCONS_00243094 | 618 | 313 | UTR3 | Trans | |
| TCONS_00247562 | contactin associated protein-like 3 | novel protein coding | TCONS_00243094 | 608 | 296 | UTR3 | Trans | |
| TCONS_00247562 | contactin associated protein-like 3 | novel protein coding | TCONS_00243094 | 610 | 305 | UTR3 | Trans | |
| TCONS_00247576 | contactin associated protein-like 3 | novel protein coding | TCONS_00243094 | 603 | 299 | UTR3 | Trans | |
| TCONS_00247594 | contactin associated protein-like 3 | novel protein coding | TCONS_00243094 | 603 | 299 | UTR3 | Trans |
>TCONS_00247594 (14700 nt)
AGAGCGCCAGGCGGAGCTGGGGCGTCCCTCCCGCTCGCTTCTTGACTCGCGTTGCTGCCGGCCGCCTCCCGCGCCTAGTGTCCGGGACGCGCCTGAACCT
GCCGCCTCCGTGCCTGGGGTGGCGCCGCGCGGCCCCGAGCGCTCCAGAAAGCTGCGGCGCGAGTCCGCGGGGCCGACCTCGGAGACGCAGCTGGGGCCGG
GCGCGGCTTGGCGGGAGGGTCTGCAGCGCCGAGGGAGGCTGCTAGTGCGTGAGGAAGAGAGCTAGAGACTGGACACGGGAGACAGAGCAGCGTCAGAGCC
GCGCAGGGGACGGGAGTGAGAGCAGGAGCGACGCAGAGCGGCCGTCGCCGTGCCCGGGTCTCAGGGCGCCTGGCTGAAGTGAGCATGGCTTCAGTGGCCT
GGGCCGTCCTCAAGGTGCTGCTGCTTCTCCCCACTCAGACTTGGAGCCCCGTGGGAGCAGGAAATCCACCTGACTGTGATGCCCCACTGGCCTCTGCCTT
GCCTAGGTCATCCTTCAGCAGCTCCTCAGAGCTGTCCAGCAGCCACGGCCCGGGGTTTTCAAGGCTTAATCGAAGAGATGGTGAGTCTGCCTTTTTCCTT
GTATTGCTCCTTGGTGACTCTCATTGGATTTTCATTTAACAAAATAATTATAATTCATTTAACAAAATAATTATAATTATAATTATAATTGATTAATACT
TTGCAGAAGGAAGTAAAATTCAGAATAAGCATATTTGTTCACATTTGAAACTCCAAGAATGTATTTGACAGGAATAAGTTGATCACTTCGGCTTTCTGGT
CCTGCTGGGTTTCCCTTGGTACGATCTTTGTGTGCCTTGAACATGTCACACCTGACTTTGACAGTGTTTGAACTCTTTGTATACCCCTTGCAATATCTGA
GTATTATTTATCGAAGACCTTAGATTCTGTCATGTCCTTTTTTTTACCTTGGATTCTTTTGTTCTGCCACAGTATACATTTTGTTGTCCCAGATTATTTA
ATTATCCCTATTTGGATGAGAAAATTGGCAAAGTAAAGAAGCGTCTAAAAAGATTTTTATTATGTTTTAACTACAACTCTTAGTTTATTTCTTATTATGG
CGGACTTGATTCTCTCCTTAGCATCCACTGTAGAGAAATAACCATGTAAAATGGTTTATTCATGCTCCACTGTGACTATTCTTTTGTGTGGGGCTCTGTT
CATCCTCACCTTTATCTCTCTTACAAGGGCAGTTCTGATGGTATTTAAGACCCAGCCAGATAATTCAAGATAATTTCCTCGTCTCAGGGTCTTTGATCAC
ATCTGGAGAACCTTACCTTCTGAAGTAACCTTCACAGGGTCCCGGGATTGGGGCATAGACATATCTTTGGGAGCCACTGTCAGCCTGTCCTAACACATGT
AAGATTCATCTCTGATAAAGGCATTCAACCACAAGTGCAGTGTGGTTTGGTCTTTTAATAAAATCCTTTAAGTAATACTGTAATGAATTCGGAGCTCCAT
CCGGAGATGCCAGGAGGTGTCCTCATTTGAATGTAAAGCTCCTCCCCATAGCATCAGTTGTCGCCCCTCCTTTTGGCTTTTCCCATTTCCTCTGCAGATA
CGGACAAAATCTGTCACCCAGGCTGGAGTGCGGTGGTGCAATCTCAGCTCACCGCAAGCTCTGCCTCCTGGGTTCACGCCATTCTCCTGCCTCAGCCTCC
CAAGTAGCTGGGACTACAGGCACCCGCCACCAGGCCCGACTAATTTTTTGTATTTTTTTTTTTTTTTAGTAGATACGGGGTTTCACCATGTTAGCCAAGG
TGGTCTGGATCTCCTCACCTCCTGATCCATCCACCTCGGCCTCCTGAAGTGATAGGATTATAGGCGTGAGCCTGTAACCGCGCCCAGCCTTTTTTTTTTT
TTTTAACTCCCTGTTGCATTTCTTGGTGTTTTCTGTATTTGAGCACATTTAATGCATTGCACATTGGACCAAATAAATATGTTCTGGCATTTGTTATAGG
CAGTATGGCTATGAAACATGAACAACTTAACTTTTTGTTTTTCTGTTTATGTTTCTTAAGTCTGTGATTTCATTTGTTGCAGAGATATGGGCTCTGTTTT
GTTACTTTAGATTCTATTGCTGCAGAGCCTCAGTGGATGGTCATTATCACTGAAACAGTGACTAAGCCTGGGCACAGGGGGTAAAGGAAAACAAGAGCAA
TCTCAAGCCATAGCTCTTCTTGATGTCAAATCATATTTTGTACTAAAGTACATGATTATGAGGATTCTTTATCATAGGGATCATTTTTATTCTTAGTTCA
TGTTCCTGTAACTCCTCGTGCAAAAAAGCATGATATCAATCTTAATAAAATTTATTTTCATGTTAATGAAGTTAGAAAAACAGGCTTACTTTAGTTAGCT
ATCAACTGAGTTTATTACAAATTCATTGTTGTTGCTTTTTTTAATTGGTTTTGACTTTTTTCTTCTCCCTCATGGTAGCCTGGAGTATTCATCAAAGGAG
TTCCAAATTGGGAGTGATTTATTGAAGGCTATAGATTATCTCTAGTGTTTTATTATCCTTTATTAGATTCAGAATGGTCTATGGAAGAGTGACTGAACAA
ATGTTCTGATCATAAATAATTAAACTAACAAATAATGACCCCCTGTCTCAGACATTAAAGCCTTTCTCCAGTGGAGTGTAAAGATCTCAGAGCTAAAAAT
TAACAGGCAGAAAACAAGTAGTTTCCCTGTTGTGCAGCCCAGTGCCTTGTACCCATGTGATGGGAAGACGCCATGGAAACAGCTGCGATAGTTACTCAAG
CCTTAGCCTGAGGGGTGAGAGGGGAACAAGGTAGCTATGCATCCCGTCTGTCCCAGTGTAAAGAATCAAAATGGACTTTTTGGAGGTGTCTTTCTTCATG
CCTCTTGGATACCACAAGTAAACTAGTTCTTCCATGCCACTAAATGATGAACCCATGGGCCAAACAAGTTAATGCACTTTTATAAGCAACTTATTTAATT
CCCTTTAATGGGGAAGACTCAGTTTTTCCACCAAAGGTTTCATAAGTTATGAAGCATAATCCAGAATTACTTTCAACTTGTAAAAATGTATTATCATGAA
TATTGCACAGATTGGATTATAACTAATTAAATATGTTTTTGCTTTCTACATCTTCATAGTTAGAATTTCAGTATAACCTCTAACATGGTATTGGCTAATT
TGAGGATAAAGTGACCTGTTGTAAATTTATTTATTTATTTATTTATTTATTTATTTATTTATTTATTTATCGAGATGGAGTCTTGCTGTGTTGCCAGGCT
GGAGTGCAGTGGTGCAATCTCGGCTCACTGCAAGCTCCACCTCCTGGGCTCAAGTGATTCACCTGCCTCAGCCTCCCGAGTAGCTGGGACTGCAGGTGCC
CGCCACCACACCAGGCTAATTTTTGTATTTTTAGTAGAGGAGGGGTTTCACCATGCTGGCCCAGATGGTCTCAATCTCCTGACCTCGTGGTCTGCCCGCC
TCGGCCTCCGAAAGGCGTGAGCCACCGCGCCTGGCCGACCTGTTGTAAATTTAAGAGGCTAAGGGTCAGTGTGCATTTCTACACCTTTCACATTGCATCA
CTTGAAGCTAAGAAGAACTCTGTGGTATATTACATGTAAAAATAAGACTGAAATAAGCTGACAAAGACTTAGGGCAAAAAAATAAGGTTTTGAGTAGAAT
TGAAGAAAACATTTTGATAATAATATCAAAGAAATTCCGAGATGCCATTGAAACCATTTAATTATTTAAACATGTTTGTTATTCCTTTTTCTGTAACTTC
TTCTGACACTAATCGAAAATTTCAGAAAATTAACCTATAGTTTAAAATGTTTAAAATATGAGACTTCAAACGATACACTGGCACATAGTAAATTCTTAAC
ATTTCAAAATGAATAATGAATGATCTGTATTAGGAAATGAAATCTTTATATGATACACACATACAGTTGTAAAACTTGGTTTTCTCCATAATCAATAATT
GGCTTTCAGAGGCAATTTAATTATGCAATGGTTGTCCTTAGTTTTATTATACTTTATAATAAATGGATCGATGCTTTGTTTAGTTGACAAATACAGACAT
AGGTGAATTAATTTTACCTTTTTCCTTAGGCCTGTCTTCTCATGTGCTTATAGCTGTGTCTGTGTCAAATGAATTTGTGAAAATATAATCTCTTATTTTA
GACAATTTCAACAATTAATAAACACTGTGAAGTTGTTATTCCATGACTGTTTGAGATGGAAAACCAGCCGTTTTGGGTATCATTCACATACTGGCTAAAG
ACATACATTTATTTATGCATTTGCTGCCCTGTGTCTCCTCTGCATTTATTATATTAGCAGTTTCAGTTTAAAGTTTATTTTTCTGTAATTCAGATTCCTT
GCTTCTTATGCTGGTTGTCATATGAATATGCCTTTCTAAGATTAGGATAAAACTCTCTTCTTGGTGTTTTCTTTCAGTCCTATCTTGAGTTATTTTTAAT
CAAAATGCTAGGCTGAGGTCAACTGATTGTAATTTGTTTATAAGGAAAAAATGGAAGGTGACCTGAAGAATTTTCTCTCCTCCCTTTACCCAAAAGTATT
TATTCTTATTTTGAAATGAGAAATTCCTTCAGAATTTCCCAAGATCAAAGAGGGCTATCTCACTGACAGCTAAGACCCTGTTGTCTTCATCTGTAACTTG
GCTAGTCTTATCCAAAAGAGGCCTCTTCTGGGTTGGAATTGCATTTAGTTTTAAATAAACAATTATGCAGAAAGTGCTTCTTCCATCTTATTAAAATTTC
AGAGTTAGAAGAAAAGGCATCTGAAGTTTCCAAGTAGAACTATAACAGACCTAGTGTTTTTTAGTATCCCCATAAGTAAGCATTCTAGCATAAGGGAGGG
TTTGCTGGTTGCTCATTGAATGTTGTCTTGGCCACTCACAGACCAACACATGATGAGTGTGAGATAAACTCTTTGGTCTAAAGAGAGAAAACATAAGAGT
CTGCAGCTGTAACATGTCTGCTGACCCAAGCTGGAATGCTTTAGTGTATTGTGTCACCTAGTGAGTTTTAGGATTTCCCTCCCCACTTATGAGTTTTCCA
CCTCAGGTTAAAGGAATGTGGGATATTAAGGAGAATTATTAAGAGAGAAAGGGCAAGCATTTGGAAATGCAAAACCTAGACAAGGTGGAGATGATTTACT
GGAGTCAGAGAGGAATTAATAGCGTATTAATATCAACATCATTATGGCCCACATGCATCTATCATGCTCTCTAGTATTGTGTCCAAGGTCCATAGATGGT
CACTGTCTTATTATATCCCTGATCATACTAGCTTCACCAGACTTTCAGGTCACCCAGGGGCTACATCTCTTAGACAGCAGAATATTAAGATAATGGAAAA
CAATAATAAGTTATGACAGTGTGTGAAAAACATGAAAAAGATTTTATATTCTCTCACGATAGATGTGATTCAAGATGCTACTGCAATAAATTAAACAATA
CATATGCTTTTTTGCAAGGATAACCCCATGTGTTTTCATGGTCTAACGAAGTTAGACAGCATTGTTATTTGTGGCTTGACACCTCTGCAATTGCTCCTTT
TTAAAGTCGCAAAATGAATGTACAATAACTAACCATGCGTTAGACCGAAGGAGAGTTTGAGAATTTTTTCAAGGGGCCTTCACTAATGAAGCAAGCTGTC
TCATTTGGGGATCTGTAAGCAGCAAAGATAAACATTGCCTAAGACATTTCTGTTGAAATGGCGTAAAACACATGGATTACTTACTTCTTCAGGGATTTTA
AATACTTGGAAACAATGCAGTGAACACAGATATTACTGTGAAGAACATTTCAGCAAATGAGTTTACAAAATGGATGAAACCGAAGAAGCGTCTTATGTTT
ATAGCTTCTCACCTGAAGAGATTAACTATATGGGTGGACCTCATCAACGTTTGAAACTTTCTTTCCAAGAGGTTTTTCCTGTAGAATTTTAGGACTTTCT
GGGAAGATGCATGACAGATGCATGCCATTGTTGATGGTGTGGGTCACTGTGGAAACTGCCCTAATGAGGCCATTATGCTGCCTATTTGTGATATTTGGTT
ATGAGTTGATGACAATATTGTAGATAAAATAGACACTCAAGCTGTTGAAAAATTTTACAGGTTGTCATCAATTATCACTTAGAACTTTTTTCTCAATTTT
CTGAGTGAATGAGGATTGTGTTTAAAAAGATACTTTCTGCCTCATTTCTTCTCCAGTTATTTTGAAAAAGCTCAGGTACTGATTTCTTAGGAAAAGAGGA
AAGCAGGGAAACTAGAGGCGGGAATTTGTGCTGCACACAACCTAGCCACGAATCTGGGTGCACCAGCCCTTCGGATCTGGGCAGGTAAGCATTTGCCCAG
GTATCAGGCTGCCTGTGTGGCTCCACAGAACAAAGATGGGGAAGCAGAGGCATCAGCTTCTCTTATAGCACAGCACACAGCCTTCCAGGAGTGGATACAC
ACTTTCTTTCTATTATTAGCCCAAATAATTATCTCAACTCAATAGAAAAAATAGCAATCTGTGCCTGATTGTCCTGAAAATGTTTCATTAATTTACTTGT
ATTCAGTGAATATAAAACCATAGTTGGTGGTTTTTCAGTAAGTACAGAAAACATATTTGGTGGGTTGTTTTCCATGCAGAGTGTAAATATTGTAGGGCCA
AAGTCTTAGTTATCTGTTTTTTTTGCTGTTGGTTTTTTTTTTTTTTTTTTTTTTTTTTGGAGACAGAGTCTCGCTCTGTCACCCAGGCTGGAGTGCAGTG
GCGTGATCTCTGCTCACTGCAAGCGCCACCTCCCAGGTTCACGCCATTCTCCTGCCTCAGCCTCCCAGGAAGCTGGGACTACAGGCACCCACCACCACGC
CTGGCTAACTTTTTTTTTTTTTGTATTTTTAGTAGAGACGGGGTTTCACCATGTTAGCCAGGATGGTCTCAATCTCCTGACCTCGTGATCCACCTTTCTC
GGCCTCCCAGAGTGCTGGGATTACAGGCATGAGCCACCACGCCCAGCCTAGTTATCTTTTTGATGGAATAAAACTACAGAGGATAGATTCCAGTGTCAGT
AAGACAAAGAGTTTCTGCTTCTCTGAGGAAGTAAGTTTGCTATGTAGACACACACACAGAGAAAATGGTCAAAAGTTGCTTTTATAAACTCCAATAATCA
ATTTTTTTACATTAGCACCTTACTCCATGAAGATCACAGTATATGAATACAAAATAATATGTATGAATGTTGATTTGTGGAAAAAAATCTTAGAGTTATC
ACTCCCTCCTTTTTCCAAATTCTGTGTATTGTCTGTTGAAACAGTTCATGCTTATGATTCTAATACATCATTTCCATGGATCTCCCCCTCAGCTTAGTCT
CTTCATGTCTCACTTGGATTATTTTGAAAGTCCCATGATCGAACTTCAACTTTTGAAGCTTTCCCTAATTAAATAAATGCTTAGCAAAGTCCTCAGTTAA
TGTTCTTTAAAGTGCTATTCTCTTCTTGTTCCATGCTCAGTTGATGAATCTCAGACACTAACCCCATAGAGCAGTTCTCAAATTCACAAGCCACCTAATG
CCCACTGCCATACGTAAGAAGGTGGTCTAGTAAATTTTGGAGTAAAGGCAATATATATTTCACAAAATCAAAATGTAAGATCAATTACAATTCAGCTAAT
ATTTAATTAGGATATAAGGCATCTCAGTGAATGCATTTTTAGTTTCTGAAGTATGTAATTTTTTTTTTAGATTTGTACTTAGCTATTCTTACTAAATTTC
GGAAAGTTCCTGCTTTATGGACATGAATCAGTGACTCTAAATGGTTCTTTGAGGTATAAAAACAAAGATAGTAACAAATACAAATTTCACAATCTGAACT
AGAAAACATTACTAGTGACCACAACTCAAATACTAATATAAAAAGCATCTTTATTAACCTGGGGTAAAAGCTTCTCTGCGTGGGGCAATTTTACCCAGGC
AACTGAACAGGCGGTGCGGGATGAATGTTTGAAAATTGGAACTAACTTGGACGCACTCATCCCCATTTTCCATGCCTGCTGTGCACTCCTGCCAGATGGG
AACATGATGTCATATTTTCAGTCAGTTTTCAAACAAAATGGGGATAATCTAATATTTTCTGGAATAACCATAGAATAATGTTTTCCAATGTGAACTTGGT
GAATTTTATGAATGAAAGAGAAGCAGATATTGGATCCACACAGCCATCATTGAAGGTGGTACACCTAACATCAAAAACTTCTGTGCGGGACCGGGCAGGG
TGGTTCACGCCTGTAATCCCAGCACTTTGGGAGGCTGAGGCGGTTGGATCACCTTGAGCCCAGGAGTTGGAGACCAGCCTGGGCAACATCAAAACCCTGT
CTCTATTAAAAAAAAAAAAAAAGAAAAAAAGTTTCATGCCGCTGTTACGGACTAGGAATGTCTAAAATCCATCACAAAGTTAGTATTTTGCTTGGAGGGG
CAAGTAGAATGAGCTTTTGGAAAGTTTCTTTAACAATTCTTTGATCTAGTAATTCCTGAAAACCTTTGAGGCTGGTGAAAATACTTTTTCATGTAGGGAT
GAATCATTCTGTGAGTCCTGGCGTAAGTCAGCCAGAAACTCATGATGGGAGCTTTTGATGAGGGGATATGAGGTTTAAAAATGGAAATCAAAACTTTCTT
CACGACACTGATAATTCCTATAAAGGCCATTTCTGTGTGGGATGACATGTACAATTAACATAAATGACCCTGCTTCCAAGCTCACTGAATTTTTTCGCCA
GTGCCCTCAGACCTCCGTCTTTGCTCCTAACTCAGATTGTCTTGAGTCTTCTGTAGAGAGAAAAGGGGATCATTGCAGAGACTGTGAACCAAGGCATTAA
TCTTCACTTCTGAAGTCCAAAAGCATCTTTTGGTCTGAGGTAGAAAAAGTTTGAAAGGGAATTGAGCAGGCTAAAGGTGTTTTAATTTTTCTGCTATCTC
GCAGACTAGGAACCCTCAGCAGGACTGCACGATAGGATGCATAGAGAGGTGGGGACTGCCCTGAAGCTCTGCTCTCAAGCAGAGCCTTGCCGGTGGTGGC
TTAATGGAAGTCTTCACTGAAGCTCAGGGATCTGAGTGGGCACTCTCATGTGTGTAGTGGAAAGGAGGACGCCAGTCTCCAAGAGCAGCCTGCACGGCAT
CCTCGTTGTGCTGCGGCACATTCAGTGACAGGACTGGACGCCCTGCTGCAGCTCTGGTGGCCGGTGAGGACAGCCCCAGTTATCCAAGGACACCCTGAGG
TACCAAAGGCAGGTGAGCAAGACCATGTTCCTGCCTGAGGTCTGGCAGAGGGAGGAGAAAGGGTCACCAAAACGTTGTGGAGAGCACTGTCCCAGCCTGG
GATGGGAGGACTTGGCTCCATCGGCAGCAGGTCGCCATCCCTGAGGACAGTGCAGTGCTGACCTCTACTTGGGGCTTGAACACACTCCCCTCCCCGCTTT
ACCAAGGCAATTAGCAAAGCCAGAAGAGACCAGAGTTAACTCTGGGGATGAAGGGGAAGTAAAAGAACCCCTGAAGGAATTTTCAAGGGTCTGCGACCAA
TACAGACACGAACTGACAGGCTTATCCCTTAACTGGACAGAGACACCTGCTGTGACTACTTCCAGTCTGTGTATCAGCCAGAATTCCAGCTCCTACTAGA
AAGCTTTCTGGGTTATGGAGAAATGAAGTTACATTTTCCCTCATGAGTTTGTGATTTAAAAATTTATACCTGCAGAATGATTCTGACGGATTTGCTCAAG
TGGCTTTTGTCAGGGTTATAGTCCGTATCTTCTCTAGCCTCAAATTAATGTGATGTTGTTGAGGATGACTTAAAATTTTCTTTGAAAGTCTGAAACATGA
TGCAGAATGCTTGCACCAAAAGAGTTTTACATTTCCCCCACGCTTGTACTTACTAGAGCCAAGTACATCAAAGGTGTGGATTAAAACCCGTGATGCAGGG
AACTCTGACACTTGTGATAACATGGATGAACCTGGAGGACATTATGTTAAGTGAAATAAACCAGGCACAGAGAGACAAATACCATATAGTCTCACTTACA
TGTGGAATTTAAAGACAGTGCTCACAGGAGTAGAGAGTAGCATGGTGGTTACCAGAGGCTAGAGGAGAGGGTGGATAGGGAAGGGGGAGATGTTGGTCAG
TAGGTACATAGTTTTGGGTAGATAGGAATAATAATTTCTGTTGTTCTTTTGCACAGCATAGTGAATGTAGTTAATAAGTGTTGTCTGTTTTGAAATATAT
GAGAGGATTTTAACTATTCTCACCGCTAAAAGAATGATACATATTTGAGGTGACTGATATGCTGATTAGCCTGATTCGATCATTTTACAGTGTATGCATG
TATCCAAACATCACATTGCACCTCTTAAAAATGTACAATTATTATTCATCAATTAAAAATAAAATTTAAACATGGGAGTTAGCAAACTTCTGCTGTAAAG
AGACAGATGGAAAATGATTTTGGTATTGTGGACCATGTAAGGTCTCTGTTACATTTCTTTTTTTTCTTTTTTCTTTCTCTGTCTTCCTTCCCTCCCTCCC
TCCCTTCCTCCTCCTCCTCCTTCCTTCCTTCCTTGCTTTTTTCCTTTCCTCTTTTTTTCTTTTCCCCTCTTCTCTCTTTCTCTTTCTCTTTTTGAAACAC
AGTCTTGCTCTGTTGCCCAGGTTTGGAGTACAGTGGCAAGATCACAGCTTAGTGTAGCCTCAACCTCTGTGGGCTCAGGTGATCCTCCCACCTCAGCCTC
CCGAGTAGCTGGGACCACAGTCACATGTCATAACACCCAGCGAACATTTATATTTTTTGTAAAGATGGGATCTCATTATGTTGCTCAGGCTGGTCTTGAA
TTCCTGGGCTCAAGCAGTCCAGCCACCTCAGCATCCCAAAATGTTGGGATTACGGGCCTGAGCCACCATACCCAGCCCCCGCCCTCTTTTTTTTTTTTTT
TTTAAACGCAACGCTTTACAAATGTAAAACCATTCTTAGTTCTCTGGCTGTGTAAAGCAGGTCATAATCTAGATTTTGGCTGCCAGACCTAATCTAGATT
TTTACTAAGCCTGCATGCTAAATATGTCTGGCACTTTCCCTTAAAAAGCTCTCAGCATTTATCACATGCCAGTGTGCTTACTAGGTATTTGTATACTTTT
CTTACGGTTTGTGCAATTCTAACTTCCTTGAAGGAAGTGTGCTATCTTATCCTTAGTGATTAGGGATAAGCTTGGAATCATCCAGGCTCTACCCCTTACT
AGCTGTGTGACTTTGGACAAATTCCTTTATCTCCCTGAGTTTTTGTTTCCTCAGTTATAAAATGGGATTAGTAAAGTACCTATCATGAAATAGTTAACTT
GAGTAAAATAGGTTGTGAAGATTAAATGAATTAATACACATAAAATAATTAGGTTATGTTACGCCAATGTTCAGAGCAGATGTATCCGCAAGAGCCAAAA
GAGAAACAACCCAAATTTCCATTGATGGACAAACGGAGAAGCCTAGTGCAGTGTAGGAAGAAAATTCTGGCCCGTACTGTAACACAGATGAACTTTCAAG
ACATTATGCTAAGGAAAATAAGCTAGACACAAAAGGACAACTACTACGTTATTCATTTATATGAGGTACCTAGAGTAGTCAAATTCATAGAGACAAGAAA
TAGAATAGTTGTTGCCAGGGGCTGGTAATGGAGGTTATTGTTAGTGGGTTCAGCGTTTTCATTTGGGAAGGTGAAAGAGCTCTAGAGATGGATGGTAGTG
ATGGTTGCACAACGTGAATGTACTTAATGCTACTGAACTTTACATATAAAACAGTTCAAATGGTAAATTTCATGTGTATTACCATAATTAAAAAATTAGT
ATATGATCTGATCCAAAGTAGCTAAAATCTACTGAGTGCTGCTGAAGCAAAAATTATAATTAGTAGATTTTTTTTATTTGTTTTGTTTTGTTTTGGTTTT
TGAGATGGAGCCTCACCCTGTCACCCAGGCTGGAGTGCAGTGACATGATCTCAGCTGACTGCAACCTCCGCTTCCTGGGTTCAAGTGATTCTCCTGCCTC
AGCCTTCTGAGTAACTGGGATTACAGGTGCGCGCCACCACGCCTGGCTAATTTTTTGTATTTTTAGTAGAGTCGAGGTTTCACCATGTTGGCCAGGCTCA
ACTCCTGACCTCATGATCCGCCTCGGCCTCCCAAAGTGCTGGGATTACAGGCCTGAGCCACCGCGCCCGGCAATTAGTAGTATCAACAGTGGGAGTAAAA
GTGGCAGTTAAGCACATTGTTTCACAACATCTAGCTCAGAGCCATGACAAAGCAAACATTAAATAATATGTATAGATGGAATTAAACTTAAGCTTCTGTA
GTAGAATAATTCAGAATAAAACATGAAATAATGCCAGGTAATGTCAGTTGTTACCAAAGAAATGTCCAAACTCTGAAAGAGCTTGTTAAATTAGGTTATG
GCAGCCCACGGTGCAGGGGAGGGGACCGTCAGGTGATGTTTAAGTAGTTTACATGGACTGAATCCCCTATGGTTCCATTTAAATTGGCCACCGCACTGCC
AGGCATATGACATTGGCAACTTAAACTCGACAGAGAAACCTCTAAGAATAAGATTAATGCATTTCTCATTCTCTGTGTCACAATTATTCAATTTAAAAAA
AACAGGAAAATATCAAAAATCTTTTTATGAAATGGCTGTACCAGTTTTACCTTCTATAGTATAAATGCAATATGGCTTTTGGTGCATTTAAATTAATTTT
ATAAGGAGTCGCAATCAGCTGATGAGTAGTTTTAGAATTGTTCCCATAATTGTCAACCTGGAGAGCTCTTCACTATTTTATTCATACTTCACTGAAAACT
AAAGTTCAATTTTATGCCTAATTTTATACATAACGTGTTGTAAAACATCACCATTTGGGTGATGTGTGTATATGTGTATTTTCCTTCCAATAGGATATAT
ATGTGTATTTTCTATTTTATAACTAGCTGACACAGGACCATTCTCATAATCCCATTTGATTTTTGTATTTGTCAGTAGATATAACAATCTCCCTTTGGTT
CAGATTGAAAAAACGGAAAATGATGATGATGATGATGATGATGATTGTTGACTGTGCTGATAATTCTTTGTATACCATTATTTTAGCTTTAAGCTATTTT
AAGTGTGGTCCAGTACAAAAGCTGCTTAAGTCAGATACCCCAGTCTCTATGATGTGATTATTATGTATTACATGCCTGTATCAAAATATCTCATGTACCC
TATAAATACATACAACTACTACATACCCACAAAAATTAAAAATTAAAAAGGAAAATAAACCAGAAAAAAGTCAGATTTTTAAAAAATTTTACATTTCATT
ATATTTAGAAAACTTAGCTTTATGGGGTTTTAGAGAACATGGTTTTTCTTCCATGTACCTTCCTATTTATTTTTTATGATGCTCAAAGTTGCTTAGTTTC
CACATATTTTAGTAAGAATTAGCAATGCCCTGAATTCCATAGCTTTCATAAAGAATTACCTGTGTACCATCTCATCACCACCTCTTTCCTATTACAGGAA
AGCAATAAGAAGATATTCTTTAGTTAATTTAGATTGCTTGCCAAAATAGTTTTAAACTGATTTGTAATTTTTCCTAAAACAGAATGAGGAATTGTATAAA
GTATTAATATATATGAAATTGTCACACTGCGTTTCAGATGCTTAGGAAATGTAGAGAAATTATTGTAAAATACATTTTAGAAAAGATATTGCAACAAGAC
GAGGACAGAAGTCTGTGAAGTGTTGTGAGGAGGGCCCAGGGAAGCAGGAGGAAGGTGGGGAGACCACAGGATGACCTGGAGCCAAAGAAGAAGGGCCCAG
GTCCCAGGGTCTCTACAGCACTGCCGGCCTTCCAGCCACAGTTTTTCTCAATCTTCCTGTCATATCCCTGAAGGAAGTAAGTGGACATTGTAAAGAGCGA
GTAATTATAGCACAGCAAAAATCAAAAGTCATGATTCTGGAAAGCATTATCAGTAAAAAATGGAGAAATAGTTGACATCTCTTCATGTTTCCTCTGGAAA
TTTCTGATTATGTATGTATACTCTTCCACTCTAATATCCAAACAACTCTCTTACTTCTTTATGCAAAGAAACATGAAAGAATGAAAAGGTTCATCACAAG
TGTATGATTAATTTTGTATATATAATTTTGCAAATTAATAGATTTTAATGTGTTCAATAAATCTACATAAATACACAACACATATGTATATATCTGTGTG
TGTGTATGTACTGTGTACTAAATATATACTATATGTGTGTGTGTGTGTGTGTGTGTATATATATATATATTTAGAGAGAGTCAGTGTGTACTTAATAGTC
AAATCCAAATTTCAAGAACTTTATATTTTATATAATGGCACCAGTTTTCCTGAAGCTGAATGTATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TGTATTCAGTTGCAGGAATATATACATATATACGGTCAGTGTGAGTGTGTGTATATATATATATACACACACACACACATATGTCAGTACATACATGGTC
AGTGTGTGTGCATATAAGCACACATATATATGTCAGTACATATACACATATACATATATGTTAGTATATACTGACTGTATACTGACTATATATAGTCATA
G
In silico ORF/peptide predictions
Nothing found.
RiboTaper predictions from Ribo-Seq data (HEK293 cell line)
Nothing found.