General Data

RNA Type	mRNA
Original Source	Sci-ModoM
Transcript ID:	ENST00000534269
Gene ID:	ENSG00000029363
Gene Name:	BCLAF1
Sequence (UNICHARACTER ENCODING)	UUCCUCGCGUUCUUGAGUCGGGAAAUGGCCGCUGUGUGGUUGCAACGGAGAUAAAUUCCCGGAACCGCGAUUCGGCGUGUCAGGAAUUCGAAUUUAGAGUUUAAUUUCUCAGAGCAUUCUCUCCAGGAAGAAUUUUUACAGUAUCUCAAAGACUUCACUUGACUUCUUGAUCCUGCAUAAAACCAAGGAGAAAAGAAAUGGGUCGCUCCAAUUCUAGAUCACAUUCUUCAAGGUCAAAGUCUAGAUCACAGUCUAGUUCUCGAUCAAGAUCAAGAUCUCAUUCUAGAAAGAAGCGAUACAGGUCUCGUUCCAGAACAUAUUCAAGGUCUCGUAGUAGAGAUCGUAUGUAUUCUAGAGAUUAUCGUCGCGAUUACЖGAAAUAAUAGAGGAAUGAGACGACCUUAUGGGUACAGAGGAAGGGGUAGAGGGUAUUAUCAAGGAGGAGGAGGUAGAUAUCAUCGAGGUGGUUAUAGACCUGUCUGGAAUAGAAGGCACUCUAGGAGUCCUAGACGAGGUCGUUCACGUUCCAGGAGUCCAAAAAGAAGAUCCGUUUCUUCUCAAAGAUCCAGAAGCAGAUCUCGCCGGUCAUAUAGAUCUUCUAGGUCUCCAAGAUCAPCCUCUUCUCGUUCUUCAUCCCCAUAUAGCAAAUCUCCUGUUUCUAAAAGACGAGGGUCUCAGGAAAAACAAACCAAAAAAGCUGAAGGGGAACCCCAAGAAGAGAGUCCGUUGAAAAGUAAAUCACAGGAGGAACCGAAAGAUACAUUUGAACAUGACCCAUCUGAGUCUAUCGAUGAAUUUAAUAAGUCAUCAGCCACAPCCGGUGAUAUUUGGCCUGGCCUUUCAGCUUAUGAUAAUAGUCCUAGAUCACCCCAUAGUCCUUCACCUAUUGCUACACCACCUAGUCAGAGUUCAUCUUGCUCUGAUGCUCCCAUGCUCAGUACAGUUCACUCUGCAAAAAAUACUCCUUCUCAGCAUUCACAUUCCAUUCAGCAUAGUCCUGAAAGGUCUGGGUCUGGUUCUGUUGGAAAUGGAUCUAGUCGAUACAGUCCUUCUCAGAAUAGUCCAAUUCAUCACAPCCCUUCACGAAGAAGUCCUGCAAAGACAAUCGCACCACAGAAUGCUCCAAGAGAUGAGUCUAGGGGCCGUUCCUCGUUUUAUCCUGAUGGUGGAGAUCAGGAAACUGCAAAGACUGGGAAGUUCUUAAAAAGUCCCCCUCUACACAAGAAUCUGGAUGCACGAGAAAAGUCUACCUUCAGAGAGGAAAGCCCACUUAGGAUCAAAAUGAUAGCGAGUGAUUCUCACCGUCCUGAAGUCAAACUCAAAAUGGCACCUGUUCCUCUUGAUGAUUCUAЖCAGACCUGCUUCCUUGACUAAAGACAGGCUGCUUGCUAGUACACUUGUCCAUUCUGUCAAGAAGGAGCAAGAAUUCCGAUCCAUCUUUGACCACAUUAAGUUGCCACAGGCCAGCAAAAGCACUUCAGAGUCAUUUAUUCAACACAUUGUGUCCUUGGUUCAUCAUGUUAAAGGUCCUGGAAUAUGUUUUGAAAUGGCAAAAUCCAUGUUUCAAAGUAAAAUAGCUGUUGAAAGAUACAGGCAAAGUUGAAUCUUCUGUCUUCCUGGCAAAAAUGGCAUAAAAACUGAGUUGCUAGCUCAAAUUCCUGGGUUUCAUGGAAUUAUGAUUGAGGCACUACCCUUGUAGUGGCCGUUUCAAGUUUUAAUGAUUGGUUAUGAGACAUGUGCUGGAUAUUGGGCGAGCAAUACUUCAAGUCAGCUGCAAUGACCCUAAACGAGCGGUUCACUUCGUAUCAGAAAGCCACUGAAGAACAUAGUACUCGGCAAAAGAGCCCUGAAAUACACAGGAGAAUUGACAUCUCACCAAGUACCCUGAGGAAGCAUACCCGUUUAGCAGGGGAAGAGAGAGUUUUUAAAGAAGAAAAUCAAAAGGGAGAUAAAAAAUUAAGGUGUGACUCUGCUGACCUUCGGCAUGACAUUGAUCGCCGUAGAAAAGAAAGAAGUAAAGAACGGGGAGAUUCCAAGGGCUCCAGGGAAUCCAGUGGAUCAAGAAAGCAGGAAAAAACUCCAAAAGAUUACAAGGAAUACAAAUCUUACAAAGAUGACAGCAAAAAUGUAUUUGUCUUUUACACGGCUUAUGGUGGAUGAGGACAAAAACUUUGGAAUAGCAAGCUAACACUGAAAAAAAAAAUGACAAAUUAAUGUGUCCUAUUAUCCAGGCUACAUCAGGAGGUUGGACUUCAAUGCAGUGCAUUUCUAGAAACAGUUUGUUAAЖCAUAAAAGAGAGCAAGAUCAUUCUCGAUCUUCAPCCUCUUCAGCAUCACCUUCUUCUCCCAGUUCUCGAGAAGAAAAGGAGAGUAAGAAGGAAAGAGAAGAAGAAUUUAAAACUCACCAUGAAAUGAAAGAAUACUCAGGCUUUGCAGGAGUUAGCCGACCACGAGGAACCUUUUUUCGAAUUAGAGGCAGAGGAAGAGCCAGAGGAGUUUUUGCUGGGACAAAUACUGGUCCAAACAACUCAAAUACUACUUUUCAAAAGAGACCGAAGGAAGAGGAAUGGGAUCCAGAAUAUACCCCAAAGAGCAAGAAGUACUUCUUGCAUGACGACAGAGAUGAUGGUGUGGAUUAUUGGGCCAAAAGAGGAAGAGGUCGUGGUACUUUUCAACGUGGCAGAGGGCGCUPUAЖCUUCAAAAAAUCAGGUAGCAGUCCUAAAUGGЖCUCAUGACAAAUACCAAGGGGAUGGGAUUGUUGAAGAUGAAGAA#AGACCAUGGAAAAUAAUGAAGAAAAGAAGGACAGACGCAAGGAAGAAAAGGAAUAAUAAAUAUGAAGUAAGAUUACAACAGAGCAGAACUUGCACCCACCAUUUUUUUUACCUGAUUUUUGUUUUCAAAUAAGAAUGUAAGCAUUUUACUUAAAUUUUACUGUUUGCAAGUAGUCUAUAGAAAUUUUGUUUUAAGUCUUCAAAUAUCUUGAGAAAUAGUAGACUGUAUGUUGAAAAUUGUACUGAAAUAAAGUAGAAAAUUGUUACGUACCAUAUUUGUAACUAUCAACUUUUAAAACUUUUAACGUUUUUGUUACAUGCAUUGUAAUUCUGCUUUGUCUAUAAGAUAUGGUCAAGUACAGCUCUGUGAAAGUUCUGAUUCUCUUCCUUCCCUGUUUGUCAAUGUUUUAUUCUGAAGUAAACGUUAGCUCUACAUAUAAAUCCUGGAЖCAGAAAUUGUUUAUAGAGACUACACUAAUUAUUUUAACUGUAUACAUCUGUUUAAUUUGAACACACUACAUCGUAGGGUGACUGAUUUUUGAAGUAUACCACAGACAAAAAGUUGUUACUAUGGUAAЖCUAAGCUAGUUUAЖCACUUGAGCAAAUGCUUAAGAAGGAAUUAAAAAAAAAAAGCUUUGCCAAUAGCUAAAAAGUACAAGCUAUUAAAAAUCAGAUUGAAAAGUUUUGAGAAAAUGUUAUUUUUACUGAAAGCAAGCAGUGGCCUAUAAAGAACAUUCUUAGGAGCCUUUUCUAUUUGCGUUCAAAACUGUGUGUUCUCUUUCUAUUCCUAUUUGAUAGUUUGAGUCAUGGUCUUAGAUAUUAGCUAUUUGUGAGAGGAAACUGGUUUGUAACAAUACUGCAAAUAGAAACCCCAUUUCUACUGAACAPCCUAGUUUUAAЖCAGAAGAAAAACUGUAAUCCUGGGGUUGGUAUGUAGGAGGUCUAUCCUGCAGAAUAAGUUGAUACAUUAGUACCUGAUUUCAUAUCUUACAUAUUUAUUUGAGCUGAACAUUAGUUUGUAGUGUAACUAUUAGUAAAAAUAGAGAAACACAGCAUACUGUUCAUUAAUAGUAUUUUAAAAAAAUUGUUUUUCAAAUGUCACCAAUAAAAGUUUUGGCAGGAAGCUUGUUGCGGCAUUGAUCUAACCUUUUUCCCCCCCAUUUCAGUUGCAGUUUUUGUAGAAUGGCUUUUUCUUUUUCCUCUUAAGAGUUCUAUUCUUCAGGUAGAUAAUUUUUCAAAUGUGAAUUAUCUUUUGUGUCUAUAUUGAUAGCUCUUAAAGGAGUGAAAAUCUAAAAUAGUAAAUUUCAAUGUUAAGUGUCUGCUPUAUGGGCAUAUAUAAAAGUAGACACAUUUCAUUUGUUAAUUUAGUUGUGUGUGUGUGUUAAAAGGAGCUAAUGCUUAUUCUGUUAAUGUAAACUUUUGAAGAUCUUAAGUGUAUUGCUCUUUCAUCUUAAACACUUUCGAGGAUPUGCAG
Sequence (SHORT NAMES ENCODING)	UUCCUCGCGUUCUUGAGUCGGGAAAUGGCCGCUGUGUGGUUGCAACGGAGAUAAAUUCCCGGAACCGCGAUUCGGCGUGUCAGGAAUUCGAAUUUAGAGUUUAAUUUCUCAGAGCAUUCUCUCCAGGAAGAAUUUUUACAGUAUCUCAAAGACUUCACUUGACUUCUUGAUCCUGCAUAAAACCAAGGAGAAAAGAAAUGGGUCGCUCCAAUUCUAGAUCACAUUCUUCAAGGUCAAAGUCUAGAUCACAGUCUAGUUCUCGAUCAAGAUCAAGAUCUCAUUCUAGAAAGAAGCGAUACAGGUCUCGUUCCAGAACAUAUUCAAGGUCUCGUAGUAGAGAUCGUAUGUAUUCUAGAGAUUAUCGUCGCGAUUACm6AGAAAUAAUAGAGGAAUGAGACGACCUUAUGGGUACAGAGGAAGGGGUAGAGGGUAUUAUCAAGGAGGAGGAGGUAGAUAUCAUCGAGGUGGUUAUAGACCUGUCUGGAAUAGAAGGCACUCUAGGAGUCCUAGACGAGGUCGUUCACGUUCCAGGAGUCCAAAAAGAAGAUCCGUUUCUUCUCAAAGAUCCAGAAGCAGAUCUCGCCGGUCAUAUAGAUCUUCUAGGUCUCCAAGAUCAYCCUCUUCUCGUUCUUCAUCCCCAUAUAGCAAAUCUCCUGUUUCUAAAAGACGAGGGUCUCAGGAAAAACAAACCAAAAAAGCUGAAGGGGAACCCCAAGAAGAGAGUCCGUUGAAAAGUAAAUCACAGGAGGAACCGAAAGAUACAUUUGAACAUGACCCAUCUGAGUCUAUCGAUGAAUUUAAUAAGUCAUCAGCCACAYCCGGUGAUAUUUGGCCUGGCCUUUCAGCUUAUGAUAAUAGUCCUAGAUCACCCCAUAGUCCUUCACCUAUUGCUACACCACCUAGUCAGAGUUCAUCUUGCUCUGAUGCUCCCAUGCUCAGUACAGUUCACUCUGCAAAAAAUACUCCUUCUCAGCAUUCACAUUCCAUUCAGCAUAGUCCUGAAAGGUCUGGGUCUGGUUCUGUUGGAAAUGGAUCUAGUCGAUACAGUCCUUCUCAGAAUAGUCCAAUUCAUCACAYCCCUUCACGAAGAAGUCCUGCAAAGACAAUCGCACCACAGAAUGCUCCAAGAGAUGAGUCUAGGGGCCGUUCCUCGUUUUAUCCUGAUGGUGGAGAUCAGGAAACUGCAAAGACUGGGAAGUUCUUAAAAAGUCCCCCUCUACACAAGAAUCUGGAUGCACGAGAAAAGUCUACCUUCAGAGAGGAAAGCCCACUUAGGAUCAAAAUGAUAGCGAGUGAUUCUCACCGUCCUGAAGUCAAACUCAAAAUGGCACCUGUUCCUCUUGAUGAUUCUAm6ACAGACCUGCUUCCUUGACUAAAGACAGGCUGCUUGCUAGUACACUUGUCCAUUCUGUCAAGAAGGAGCAAGAAUUCCGAUCCAUCUUUGACCACAUUAAGUUGCCACAGGCCAGCAAAAGCACUUCAGAGUCAUUUAUUCAACACAUUGUGUCCUUGGUUCAUCAUGUUAAAGGUCCUGGAAUAUGUUUUGAAAUGGCAAAAUCCAUGUUUCAAAGUAAAAUAGCUGUUGAAAGAUACAGGCAAAGUUGAAUCUUCUGUCUUCCUGGCAAAAAUGGCAUAAAAACUGAGUUGCUAGCUCAAAUUCCUGGGUUUCAUGGAAUUAUGAUUGAGGCACUACCCUUGUAGUGGCCGUUUCAAGUUUUAAUGAUUGGUUAUGAGACAUGUGCUGGAUAUUGGGCGAGCAAUACUUCAAGUCAGCUGCAAUGACCCUAAACGAGCGGUUCACUUCGUAUCAGAAAGCCACUGAAGAACAUAGUACUCGGCAAAAGAGCCCUGAAAUACACAGGAGAAUUGACAUCUCACCAAGUACCCUGAGGAAGCAUACCCGUUUAGCAGGGGAAGAGAGAGUUUUUAAAGAAGAAAAUCAAAAGGGAGAUAAAAAAUUAAGGUGUGACUCUGCUGACCUUCGGCAUGACAUUGAUCGCCGUAGAAAAGAAAGAAGUAAAGAACGGGGAGAUUCCAAGGGCUCCAGGGAAUCCAGUGGAUCAAGAAAGCAGGAAAAAACUCCAAAAGAUUACAAGGAAUACAAAUCUUACAAAGAUGACAGCAAAAAUGUAUUUGUCUUUUACACGGCUUAUGGUGGAUGAGGACAAAAACUUUGGAAUAGCAAGCUAACACUGAAAAAAAAAAUGACAAAUUAAUGUGUCCUAUUAUCCAGGCUACAUCAGGAGGUUGGACUUCAAUGCAGUGCAUUUCUAGAAACAGUUUGUUAAm6ACAUAAAAGAGAGCAAGAUCAUUCUCGAUCUUCAYCCUCUUCAGCAUCACCUUCUUCUCCCAGUUCUCGAGAAGAAAAGGAGAGUAAGAAGGAAAGAGAAGAAGAAUUUAAAACUCACCAUGAAAUGAAAGAAUACUCAGGCUUUGCAGGAGUUAGCCGACCACGAGGAACCUUUUUUCGAAUUAGAGGCAGAGGAAGAGCCAGAGGAGUUUUUGCUGGGACAAAUACUGGUCCAAACAACUCAAAUACUACUUUUCAAAAGAGACCGAAGGAAGAGGAAUGGGAUCCAGAAUAUACCCCAAAGAGCAAGAAGUACUUCUUGCAUGACGACAGAGAUGAUGGUGUGGAUUAUUGGGCCAAAAGAGGAAGAGGUCGUGGUACUUUUCAACGUGGCAGAGGGCGCUYUAm6ACUUCAAAAAAUCAGGUAGCAGUCCUAAAUGGm6ACUCAUGACAAAUACCAAGGGGAUGGGAUUGUUGAAGAUGAAGAAGmAGACCAUGGAAAAUAAUGAAGAAAAGAAGGACAGACGCAAGGAAGAAAAGGAAUAAUAAAUAUGAAGUAAGAUUACAACAGAGCAGAACUUGCACCCACCAUUUUUUUUACCUGAUUUUUGUUUUCAAAUAAGAAUGUAAGCAUUUUACUUAAAUUUUACUGUUUGCAAGUAGUCUAUAGAAAUUUUGUUUUAAGUCUUCAAAUAUCUUGAGAAAUAGUAGACUGUAUGUUGAAAAUUGUACUGAAAUAAAGUAGAAAAUUGUUACGUACCAUAUUUGUAACUAUCAACUUUUAAAACUUUUAACGUUUUUGUUACAUGCAUUGUAAUUCUGCUUUGUCUAUAAGAUAUGGUCAAGUACAGCUCUGUGAAAGUUCUGAUUCUCUUCCUUCCCUGUUUGUCAAUGUUUUAUUCUGAAGUAAACGUUAGCUCUACAUAUAAAUCCUGGAm6ACAGAAAUUGUUUAUAGAGACUACACUAAUUAUUUUAACUGUAUACAUCUGUUUAAUUUGAACACACUACAUCGUAGGGUGACUGAUUUUUGAAGUAUACCACAGACAAAAAGUUGUUACUAUGGUAAm6ACUAAGCUAGUUUAm6ACACUUGAGCAAAUGCUUAAGAAGGAAUUAAAAAAAAAAAGCUUUGCCAAUAGCUAAAAAGUACAAGCUAUUAAAAAUCAGAUUGAAAAGUUUUGAGAAAAUGUUAUUUUUACUGAAAGCAAGCAGUGGCCUAUAAAGAACAUUCUUAGGAGCCUUUUCUAUUUGCGUUCAAAACUGUGUGUUCUCUUUCUAUUCCUAUUUGAUAGUUUGAGUCAUGGUCUUAGAUAUUAGCUAUUUGUGAGAGGAAACUGGUUUGUAACAAUACUGCAAAUAGAAACCCCAUUUCUACUGAACAYCCUAGUUUUAAm6ACAGAAGAAAAACUGUAAUCCUGGGGUUGGUAUGUAGGAGGUCUAUCCUGCAGAAUAAGUUGAUACAUUAGUACCUGAUUUCAUAUCUUACAUAUUUAUUUGAGCUGAACAUUAGUUUGUAGUGUAACUAUUAGUAAAAAUAGAGAAACACAGCAUACUGUUCAUUAAUAGUAUUUUAAAAAAAUUGUUUUUCAAAUGUCACCAAUAAAAGUUUUGGCAGGAAGCUUGUUGCGGCAUUGAUCUAACCUUUUUCCCCCCCAUUUCAGUUGCAGUUUUUGUAGAAUGGCUUUUUCUUUUUCCUCUUAAGAGUUCUAUUCUUCAGGUAGAUAAUUUUUCAAAUGUGAAUUAUCUUUUGUGUCUAUAUUGAUAGCUCUUAAAGGAGUGAAAAUCUAAAAUAGUAAAUUUCAAUGUUAAGUGUCUGCUYUAUGGGCAUAUAUAAAAGUAGACACAUUUCAUUUGUUAAUUUAGUUGUGUGUGUGUGUUAAAAGGAGCUAAUGCUUAUUCUGUUAAUGUAAACUUUUGAAGAUCUUAAGUGUAUUGCUCUUUCAUCUUAAACACUUUCGAGGAUYUGCAG
Sequence (MODOMICS CODE ENCODING)	UUCCUCGCGUUCUUGAGUCGGGAAAUGGCCGCUGUGUGGUUGCAACGGAGAUAAAUUCCCGGAACCGCGAUUCGGCGUGUCAGGAAUUCGAAUUUAGAGUUUAAUUUCUCAGAGCAUUCUCUCCAGGAAGAAUUUUUACAGUAUCUCAAAGACUUCACUUGACUUCUUGAUCCUGCAUAAAACCAAGGAGAAAAGAAAUGGGUCGCUCCAAUUCUAGAUCACAUUCUUCAAGGUCAAAGUCUAGAUCACAGUCUAGUUCUCGAUCAAGAUCAAGAUCUCAUUCUAGAAAGAAGCGAUACAGGUCUCGUUCCAGAACAUAUUCAAGGUCUCGUAGUAGAGAUCGUAUGUAUUCUAGAGAUUAUCGUCGCGAUUAC2000000006AGAAAUAAUAGAGGAAUGAGACGACCUUAUGGGUACAGAGGAAGGGGUAGAGGGUAUUAUCAAGGAGGAGGAGGUAGAUAUCAUCGAGGUGGUUAUAGACCUGUCUGGAAUAGAAGGCACUCUAGGAGUCCUAGACGAGGUCGUUCACGUUCCAGGAGUCCAAAAAGAAGAUCCGUUUCUUCUCAAAGAUCCAGAAGCAGAUCUCGCCGGUCAUAUAGAUCUUCUAGGUCUCCAAGAUCA2000000009UCCUCUUCUCGUUCUUCAUCCCCAUAUAGCAAAUCUCCUGUUUCUAAAAGACGAGGGUCUCAGGAAAAACAAACCAAAAAAGCUGAAGGGGAACCCCAAGAAGAGAGUCCGUUGAAAAGUAAAUCACAGGAGGAACCGAAAGAUACAUUUGAACAUGACCCAUCUGAGUCUAUCGAUGAAUUUAAUAAGUCAUCAGCCACA2000000009UCCGGUGAUAUUUGGCCUGGCCUUUCAGCUUAUGAUAAUAGUCCUAGAUCACCCCAUAGUCCUUCACCUAUUGCUACACCACCUAGUCAGAGUUCAUCUUGCUCUGAUGCUCCCAUGCUCAGUACAGUUCACUCUGCAAAAAAUACUCCUUCUCAGCAUUCACAUUCCAUUCAGCAUAGUCCUGAAAGGUCUGGGUCUGGUUCUGUUGGAAAUGGAUCUAGUCGAUACAGUCCUUCUCAGAAUAGUCCAAUUCAUCACA2000000009UCCCUUCACGAAGAAGUCCUGCAAAGACAAUCGCACCACAGAAUGCUCCAAGAGAUGAGUCUAGGGGCCGUUCCUCGUUUUAUCCUGAUGGUGGAGAUCAGGAAACUGCAAAGACUGGGAAGUUCUUAAAAAGUCCCCCUCUACACAAGAAUCUGGAUGCACGAGAAAAGUCUACCUUCAGAGAGGAAAGCCCACUUAGGAUCAAAAUGAUAGCGAGUGAUUCUCACCGUCCUGAAGUCAAACUCAAAAUGGCACCUGUUCCUCUUGAUGAUUCUA2000000006ACAGACCUGCUUCCUUGACUAAAGACAGGCUGCUUGCUAGUACACUUGUCCAUUCUGUCAAGAAGGAGCAAGAAUUCCGAUCCAUCUUUGACCACAUUAAGUUGCCACAGGCCAGCAAAAGCACUUCAGAGUCAUUUAUUCAACACAUUGUGUCCUUGGUUCAUCAUGUUAAAGGUCCUGGAAUAUGUUUUGAAAUGGCAAAAUCCAUGUUUCAAAGUAAAAUAGCUGUUGAAAGAUACAGGCAAAGUUGAAUCUUCUGUCUUCCUGGCAAAAAUGGCAUAAAAACUGAGUUGCUAGCUCAAAUUCCUGGGUUUCAUGGAAUUAUGAUUGAGGCACUACCCUUGUAGUGGCCGUUUCAAGUUUUAAUGAUUGGUUAUGAGACAUGUGCUGGAUAUUGGGCGAGCAAUACUUCAAGUCAGCUGCAAUGACCCUAAACGAGCGGUUCACUUCGUAUCAGAAAGCCACUGAAGAACAUAGUACUCGGCAAAAGAGCCCUGAAAUACACAGGAGAAUUGACAUCUCACCAAGUACCCUGAGGAAGCAUACCCGUUUAGCAGGGGAAGAGAGAGUUUUUAAAGAAGAAAAUCAAAAGGGAGAUAAAAAAUUAAGGUGUGACUCUGCUGACCUUCGGCAUGACAUUGAUCGCCGUAGAAAAGAAAGAAGUAAAGAACGGGGAGAUUCCAAGGGCUCCAGGGAAUCCAGUGGAUCAAGAAAGCAGGAAAAAACUCCAAAAGAUUACAAGGAAUACAAAUCUUACAAAGAUGACAGCAAAAAUGUAUUUGUCUUUUACACGGCUUAUGGUGGAUGAGGACAAAAACUUUGGAAUAGCAAGCUAACACUGAAAAAAAAAAUGACAAAUUAAUGUGUCCUAUUAUCCAGGCUACAUCAGGAGGUUGGACUUCAAUGCAGUGCAUUUCUAGAAACAGUUUGUUAA2000000006ACAUAAAAGAGAGCAAGAUCAUUCUCGAUCUUCA2000000009UCCUCUUCAGCAUCACCUUCUUCUCCCAGUUCUCGAGAAGAAAAGGAGAGUAAGAAGGAAAGAGAAGAAGAAUUUAAAACUCACCAUGAAAUGAAAGAAUACUCAGGCUUUGCAGGAGUUAGCCGACCACGAGGAACCUUUUUUCGAAUUAGAGGCAGAGGAAGAGCCAGAGGAGUUUUUGCUGGGACAAAUACUGGUCCAAACAACUCAAAUACUACUUUUCAAAAGAGACCGAAGGAAGAGGAAUGGGAUCCAGAAUAUACCCCAAAGAGCAAGAAGUACUUCUUGCAUGACGACAGAGAUGAUGGUGUGGAUUAUUGGGCCAAAAGAGGAAGAGGUCGUGGUACUUUUCAACGUGGCAGAGGGCGCU2000000009UUA2000000006ACUUCAAAAAAUCAGGUAGCAGUCCUAAAUGG2000000006ACUCAUGACAAAUACCAAGGGGAUGGGAUUGUUGAAGAUGAAGAA2000000090GAGACCAUGGAAAAUAAUGAAGAAAAGAAGGACAGACGCAAGGAAGAAAAGGAAUAAUAAAUAUGAAGUAAGAUUACAACAGAGCAGAACUUGCACCCACCAUUUUUUUUACCUGAUUUUUGUUUUCAAAUAAGAAUGUAAGCAUUUUACUUAAAUUUUACUGUUUGCAAGUAGUCUAUAGAAAUUUUGUUUUAAGUCUUCAAAUAUCUUGAGAAAUAGUAGACUGUAUGUUGAAAAUUGUACUGAAAUAAAGUAGAAAAUUGUUACGUACCAUAUUUGUAACUAUCAACUUUUAAAACUUUUAACGUUUUUGUUACAUGCAUUGUAAUUCUGCUUUGUCUAUAAGAUAUGGUCAAGUACAGCUCUGUGAAAGUUCUGAUUCUCUUCCUUCCCUGUUUGUCAAUGUUUUAUUCUGAAGUAAACGUUAGCUCUACAUAUAAAUCCUGGA2000000006ACAGAAAUUGUUUAUAGAGACUACACUAAUUAUUUUAACUGUAUACAUCUGUUUAAUUUGAACACACUACAUCGUAGGGUGACUGAUUUUUGAAGUAUACCACAGACAAAAAGUUGUUACUAUGGUAA2000000006ACUAAGCUAGUUUA2000000006ACACUUGAGCAAAUGCUUAAGAAGGAAUUAAAAAAAAAAAGCUUUGCCAAUAGCUAAAAAGUACAAGCUAUUAAAAAUCAGAUUGAAAAGUUUUGAGAAAAUGUUAUUUUUACUGAAAGCAAGCAGUGGCCUAUAAAGAACAUUCUUAGGAGCCUUUUCUAUUUGCGUUCAAAACUGUGUGUUCUCUUUCUAUUCCUAUUUGAUAGUUUGAGUCAUGGUCUUAGAUAUUAGCUAUUUGUGAGAGGAAACUGGUUUGUAACAAUACUGCAAAUAGAAACCCCAUUUCUACUGAACA2000000009UCCUAGUUUUAA2000000006ACAGAAGAAAAACUGUAAUCCUGGGGUUGGUAUGUAGGAGGUCUAUCCUGCAGAAUAAGUUGAUACAUUAGUACCUGAUUUCAUAUCUUACAUAUUUAUUUGAGCUGAACAUUAGUUUGUAGUGUAACUAUUAGUAAAAAUAGAGAAACACAGCAUACUGUUCAUUAAUAGUAUUUUAAAAAAAUUGUUUUUCAAAUGUCACCAAUAAAAGUUUUGGCAGGAAGCUUGUUGCGGCAUUGAUCUAACCUUUUUCCCCCCCAUUUCAGUUGCAGUUUUUGUAGAAUGGCUUUUUCUUUUUCCUCUUAAGAGUUCUAUUCUUCAGGUAGAUAAUUUUUCAAAUGUGAAUUAUCUUUUGUGUCUAUAUUGAUAGCUCUUAAAGGAGUGAAAAUCUAAAAUAGUAAAUUUCAAUGUUAAGUGUCUGCU2000000009UUAUGGGCAUAUAUAAAAGUAGACACAUUUCAUUUGUUAAUUUAGUUGUGUGUGUGUGUUAAAAGGAGCUAAUGCUUAUUCUGUUAAUGUAAACUUUUGAAGAUCUUAAGUGUAUUGCUCUUUCAUCUUAAACACUUUCGAGGAU2000000009UUGCAG

Score Table

_{Table containing the score explanation. Score identify the level of experimental reliability and evidence so as exaplained in the 2023 release manuscript. Class 1 should be considered as highlyrelevant. Class 2 evidences are considered as Solid, namely large errors are unlikely and minor errors should not undermine the meaning of data. Class 3 is considered as speculative and errors are expected. Class 4 is considered as questionable. Class 5 evidence means that verification and data are still to be collected. Class 6 data cannot be estimated.}

Method Classification	Score
Multiple direct experimental evidence	1
Direct experimental evidence	2
Inferred based on indirect experimental evidence	3
Predicted computationally	4
Evidence not yet annotated (Unknown)	5
Irrelevant	6

Modification Positions

_{Table containing the original modifications present in the MODOMICS sequences. Edit locations not originally present in the RNA sequences are marked by their source. Their scores are in third row.}

Position in the Sequence	375	615	816	1075	1351	2285	2319	2689	2692	2724	2769	3217	3345	3359	3654	3666	4089	4234
Modification Positions	m6A	Y	Y	Y	m6A	m6A	Y	Y	m6A	m6A	Gm	m6A	m6A	m6A	Y	m6A	Y	Y
Genomic Coordinates	6:136278697:-	6:136278457:-	6:136278256:-	6:136277997:-	6:136275846:-	6:136268336:-	6:136268302:-	6:136261395:-	6:136261392:-	6:136261360:-	6:136261315:-	6:136260718:-	6:136260590:-	6:136260576:-	6:136260281:-	6:136260269:-	6:136259846:-	6:136259701:-
Level of Experimental Evidence	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3
Level of Experimental Reliability	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3	3
Source	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM
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