RiceNCexp:Browse

OSA-PHAS4329136

Function Link

Tissue-specific Expression analysis

Differential Expression analysis

Co-Expression Curve

Network analysis

Basic Info

Chr:

Chr2

Start:

12384526

End:

12395311

Strand:

Ref_name:

LOC4329136

Sequence
(XM_026023412.1):

ACUUCUUAAGAUCACAUAACAUCUAAAUCUAAAUGGUUAGCUACAUAUAAAAUUAAACGGAAGUGAGUAUUCUCUAUAAAAAAGGUGGCAAUAUACUUCAUGAAAGAUAUGCUUUUAUUUAUUUUGGAAAUAUUAUGAUAUAUUUUCUUUUAGCGUAGCAAAGCACGAACAUUUAGCUAGUACCUACAAAAGUUCUGCCAGUUUGUUCCAAAUUUUGUUCUUAAGAACUAAGAAGCAGAUACUAUAAUCUGCGUGCAUUUGGUGGACGUAUGAAGGCGUUACUUCACUAUCAAAUUUACCUUUUGAAAUCCUUUCAGUUUAUUAGCCGGAUCACGAACUUGCCCUGUUCAUGCUAGGUCCUUAAACUCCAAUAUUUAUUAAUUGAAUCUCCAAAUUUGAUAAAUUGCUCUUCUUGAGCUAUCACAUUGUUUGGGCUAAUAUGAUCUCCAAAGAAAAGUAGGUGGGUUUAUUAGUGCAGUACUCCCUCUGUCCCAAAAUAUAAGGAAUUUUGGAGGGAUGUGACAUAUUCUAGUACUAUGAAUCUAAACAGGCUCCCUGUCCAGAUUCGUAGUACUAGGAUAUAUCAUAUCCCUCCAAAAUCCCUUAUAUUAUGGGACGGAGGGAGUAUGAGUCAAAAGUCAGCCAAAACAUGGAAUUAUGCCGUGUUGCUUGUCCUCAGAUCAUCGUCCCAUCCCAGCCUUGUUUUAAAACCUUUCAAAAAUAGCAUUCCGUGUUCCUUGAUCCUGUACCUCGACUCAUAAGUGAGGAACUUUGGUGACAUGCUCAAAUCUAAAAAAUGUGCUUGCCUUUUGUGUCAUGAGUCAAAUUAUUAGCGGUAGUUUUUGUUUGGUAUUGCUGUUGGUACUCAAUGAUCAACGACCAUUUUAGUUGAGCCAUCAUGAAUGUAUACUUUUGUUGUAGUGAUCACCAAGCUAUACCUUAGAAAAUUCCUUAUGUUCCCCUGAGUCUUUGCUCCAUCCUUUCCAUGCCAUUGAGCUUUGUCUUGUCUUGCAUGCCCUAGAUUUUUUCUAAUCCCCUCUAUACACAUUGGGUGAGUUGCUUCAUAAAAAGCAUCAUUCUCAAGGUGAAAAUUGUUUCAGUUCUAAAAAAAUAGAAGGGGAUAUAAUUAUAUGACCCCAAAUUUGAAAUAUAAAAAUUAUAAUUUGAAAUGAGUUUCAAUCAAAUUUGAUGAUUUUUUUGGAGAGUAGAUUCACUUAUCUCCAUGGAAAUUUUUUCCAAUUUGGUUGAAGUUGAUUAAAAAGAUACUCCCUCUGUCCCAAAAUAUAGCAAUCUAGUACUGGAUCGAACAUAAACUUGUACUACAAAUAUGGACAAACCUCCUGUCCUGUCCAGAUUUAUAGUACUAUUAGGUUGUGUAUUCGAUACUAGGUUGCUAUAUUUUGGGACGGAGGGAGUAUUUGUUUUGGUGUCGAAGAAGAGGAGAAAUAGAAAAAUGGUGGUUUGUGUAAUUUAUGUAUUGAAAUUUCAUCAAAUUUUGUUUCAAUACAUUUGAAAAUUUCGAAAUUGAAUUUCAAAUUUUGGGUCAAACAAUUUUGUGUCAUUCAUUUUUUUUAUAAAGGUUUUAACCUCAAUAUUUAUAUGAAGCUAGAUAUGUUUGAGCGAGGUGCAAUAUAGAUAUUUUGUAAAAAUCGAAUAGUAACAAAAUGAGUUGAGGUGAUUAGUACGUAAACUCGGUGGUAUCUAGGAAUAAAGAAAGAAUCAGGAGCAUGUAUAGAAGGAUGGAGUGAAGACUUAGGCACACAAGGAAUUUUCUUAUACAUUUUGCAAGAGCAGCAUUAUGUUUGGCUCAUGUCUCAUAUUAUAGCUAUGGUGACCGCUCACUGCAAAACAAGACAAGUUAUUCUUUUCUUGGAUUGUAUAUUUAAAAGCAUUGCCUUGCCCAAAAAGAUCCAAAAUCAUAAUGUCCAUUAGGUUGGUUGUUUGUCAUUUCUAUUAAAUAAAAUAUAGAUACAUCCAAUUUAUUCAAAUGCAAUGUAUCAUGUGGAUAUAUAUGAAGUCGAAAGAUGCAACAAACUCUCUUGCACAUGUUCGUUAUUCAUAGAGAAUAUUGUUGAAUCACCCCUUGCUUUUUUCUGAAAACAAUGUAGUCUAUUCAUCUUUGUCUUGGGAAGUAUUAAAAAGUUAAUAACAAUAUAUUUUUUUUGUCUAUCACUUCUUCUUUUGCAAAGAGAAGUACAACUGAUUGGUUUUUUAUAAGCUAUUCUAGUUAACAUCACGUAGUGUUUGGAAUGUUUUAAGACCUUACCAACCAAAAGUAUCCACAAAUAAAAAUAACAUGUACUCCCUCCGUCCCAUAAUAUAAGGGAUUUCGGGAUGGGGCGCACACUGGUGCGUGUGUGUUUUUCCACAUGAACCACUAGUUUCUGGGUUCUUCCCCUUGCUUCCGAAACCGUCACACCAAACACCAUUAUUUUAUAUGGAACACAUUAAAUUCCUUCCUAGAAAAGGGAACCCAAAACUGAAUAAAUACGCCAACGGAGCUAGCCAUGGGGAGCAUAAGUUUCAUUUGCCAUGUGAGUGCCCGUGAGUUUUUCCCUUUCUACAAUUCAUCUUCCAUAGAAACUGUGGUGGAUGGAUCUCAAGAGGAGAGAUGAAGGAGCUGAAGAAAGCUUUGUCAAACCACUGCAACUUAAGGUGAAGGAUUACCCUUUACUUGGAGUCCAUAUCUCGGAAUGCCAGAUCUAUGACCUAGAGAACCACAUGAUCUGUUACCAGAAAAGAAGAGAUUUCACAAUGAUUAGCUCUCAGCACAAGAGGAGGCCAUGUGAAAAUAAAUACUGUCGUGAGUACCUGGUGAACAUAUGCAACCAGAGUGCAGAAGGGGUGGCGCAGAAGGUCUGGAACUUCUCCAAAUGCAGGGGCAUGUGUAGUUACCGUUUAUACAGAAAGAAGAAUUGGGAGAUGCUGGCAGAGAUACUGGAUCAUGCUGUCAAUACGUUGGGUUACACUUCCGUCCAUAAAUUGUUGAACAAGGGUUCAUAUGUGGUGGCUGUUGCAGAGAUGUUGACAUCAACCCCUCUAGAGAUCUGGGAUCUCUGUUUUGCCCAAGCACUUUCUUCCAUGGAAAUUGUGAUGGCUGGCAAGGCUUGCCACCAGUGCCGUCAAAUGAAACGAAACUUUGCAGUGGCAUGCACGCAGGUUAAGAAGGGGGUAUGCCCAAUAAAAUACUGCCAUAGGUGCCUUCUUAAGAGGUAUGAUGAGAAUGAUGAAGAAGUGGGACAGAUGGAAGCCUGGAUCUGCCCAAAAUGUAGAGGCAUCUGCAACUGCAGCUGCUGCAGAAGGAAGAAAGGACAACAACCCACAGGGAGAUUGGUCCACACUGCCAAGAAAGGAGAACAAGGGGCUGCCGAUGAGGAAAGCACAGGUAGAUCCCUUCGGAUAGAGAAUUCUGUUGAAGAAUUGCUGGUCGAGGGGGAUCAAAUAAAGCUGAAGGGCAACAUUGUGGUGAAUAAAAAUUUUGAUGGUGAAAGCUCCUUGGCUAAAGACAAAAAUGGAUCUAUAUUGGGCUAUAAUAGCGCAGUUUCUUCACCCAAUAAAAAAGUGCUUCCAAGGGGUAGUCUGGUCACUAACAUUCUAGGUGCAGAUCUGGAGGUGAAAGAUGUUGGACCAGCAAUUCAGUUAUACGAGUUCUGCAAUUCAUUUGGCGAGAUUUUCCAGAUAAGGAAGGGCCAACCUGAACAAAUUCUACAAGACAUAGCAAGAGAUCAAGAGGUUGAAAUAGUACCCGAGCUUAUUGCUGGCUUUCACAAAAACUUGCUAUCGGUCAUCAAAGAAGACAGAGGGGAGAAGAAUUCAAUCUACAUAACAAAUGGAGAUGCAUGGUUAAAUGAUUUAGGUGCAUAUAUCAAUGAAUUGGCAUUUAUGUCAAAGGAAUUGCAUCUUGAAUUUGUAAACAAGGGAACAUUGGGAUACAACAAGCUGAGUCCUUGUAAGCUGCAUGUACUUAAUUUACUUUGCGAUGAGGCCCUCUCUACCGUAAAGUUAAGAAAAUUGAUUGAAGAACAAAAUGGAAGGGCAGCUGAAAGAAGGAACGAUGCCAAAGCAAAACUGCGGGCUGCAAAAGCAAAGGAAAAGGAACUAAGAGAAGGGUUAAAGAAUGACAUGAAAGAAGGAGCAACCCCUAUUGAAGGAAACAGAAAUCAGCUUAUUUCUGAUAUAAAGAAGGCAAAGGAAGUCAAGCUGACAGCCAUAAAAGAGAAGAAGCUGGGAACUGUCCUUAGGAGCAAGCCUUUGAUGUUAGAGGACAGGGAGGCAUACUGGAAGCUGGAUGGCUAUUCGAACAACAAGAUGCUAUUGCUGCAAGAAUUUGAUAAUGAGAAUUUCACUGGAAAUGACAUCUGGUUUGAGUUCACUGAAGAUGAAGAAAAAACAAUUGAAAAUCAUGCAGCCAUAAGCCCCCAUCUCCUCUGCCGCAAGUCAUCAUCGGCCUAAAGUCAGUAUCGGCUUCAGAGUCUUGGAAUUGGAAUCGACCGAUGGGAGUUAUCAAAUCGCCAGCAGUUGUGUUCAUGGUGGAGUCAGAUCAAUUAAAGGAAAUUUAUCCAAAAGAUUGAGUUCAAGGAGAAGAGUUCGAGUUCAAGGAGUAUGCGGCAUGGCAAGUUAUCUAUUAAUUAGGAAUAGUUUGUUAGUUCUUUUUAUCUUUAGGAAAGUGUUUAGUGUCUGAUAAGAACUUAAUGUUUUCUUUUUAUCUUUAGGAAAGUUUCUCUUGUCCUUGUCCUACAAGGACAAGUAUCUCCCCAUGGGUAUAAAUAUGUACACCCGGAGUCAUUGUAAGGAAUAUUUCUCGAUCAAUACAACUACUCGGCGCAUCGCCAUCCUCUUUA

Sequence
(XR_003240917.1):

ACUUCUUAAGAUCACAUAACAUCUAAAUCUAAAUGGUUAGCUACAUAUAAAAUUAAACGGAAGUGAGUAUUCUCUAUAAAAAAGGUGGCAAUAUACUUCAUGAAAGAUAUGCUUUUAUUUAUUUUGGAAAUAUUAUGAUAUAUUUUCUUUUAGCGUAGCAAAGCACGAACAUUUAGCUAGUACCUACAAAAGUUCUGCCAGUUUGUUCCAAAUUUUGUUCUUAAGAACUAAGAAGCAGAUACUAUAAUCUGCGUGCAUUUGGUGGACGUAUGAAGGCGUUACUUCACUAUCAAAUUUACCUUUUGAAAUCCUUUCAGUUUAUUAGCCGGAUCACGAACUUGCCCUGUUCAUGCUAGGUCCUUAAACUCCAAUAUUUAUUAAUUGAAUCUCCAAAUUUGAUAAAUUGCUCUUCUUGAGCUAUCACAUUGUUUGGGCUAAUAUGAUCUCCAAAGAAAAGUAGGUGGGUUUAUUAGUGCAGUACUCCCUCUGUCCCAAAAUAUAAGGAAUUUUGGAGGGAUGUGACAUAUUCUAGUACUAUGAAUCUAAACAGGCUCCCUGUCCAGAUUCGUAGUACUAGGAUAUAUCAUAUCCCUCCAAAAUCCCUUAUAUUAUGGGACGGAGGGAGUAUGAGUCAAAAGUCAGCCAAAACAUGGAAUUAUGCCGUGUUGCUUGUCCUCAGAUCAUCGUCCCAUCCCAGCCUUGUUUUAAAACCUUUCAAAAAUAGCAUUCCGUGUUCCUUGAUCCUGUACCUCGACUCAUAAGUGAGGAACUUUGGUGACAUGCUCAAAUCUAAAAAAUGUGCUUGCCUUUUGUGUCAUGAGUCAAAUUAUUAGCGGUAGUUUUUGUUUGGUAUUGCUGUUGGUACUCAAUGAUCAACGACCAUUUUAGUUGAGCCAUCAUGAAUGUAUACUUUUGUUGUAGUGAUCACCAAGCUAUACCUUAGAAAAUUCCUUAUGUUCCCCUGAGUCUUUGCUCCAUCCUUUCCAUGCCAUUGAGCUUUGUCUUGUCUUGCAUGCCCUAGAUUUUUUCUAAUCCCCUCUAUACACAUUGGGUGAGUUGCUUCAUAAAAAGCAUCAUUCUCAAGGUGAAAAUUGUUUCAGUUCUAAAAAAAUAGAAGGGGAUAUAAUUAUAUGACCCCAAAUUUGAAAUAUAAAAAUUAUAAUUUGAAAUGAGUUUCAAUCAAAUUUGAUGAUUUUUUUGGAGAGUAGAUUCACUUAUCUCCAUGGAAAUUUUUUCCAAUUUGGUUGAAGUUGAUUAAAAAGAUACUCCCUCUGUCCCAAAAUAUAGCAAUCUAGUACUGGAUCGAACAUAAACUUGUACUACAAAUAUGGACAAACCUCCUGUCCUGUCCAGAUUUAUAGUACUAUUAGGUUGUGUAUUCGAUACUAGGUUGCUAUAUUUUGGGACGGAGGGAGUAUUUGUUUUGGUGUCGAAGAAGAGGAGAAAUAGAAAAAUGGUGGUUUGUGUAAUUUAUGUAUUGAAAUUUCAUCAAAUUUUGUUUCAAUACAUUUGAAAAUUUCGAAAUUGAAUUUCAAAUUUUGGGUCAAACAAUUUUGUGUCAUUCAUUUUUUUUAUAAAGGUUUUAACCUCAAUAUUUAUAUGAAGCUAGAUAUGUUUGAGCGAGGUGCAAUAUAGAUAUUUUGUAAAAAUCGAAUAGUAACAAAAUGAGUUGAGGUGAUUAGUACGUAAACUCGGUGGUAUCUAGGAAUAAAGAAAGAAUCAGGAGCAUGUAUAGAAGGAUGGAGUGAAGACUUAGGCACACAAGGAAUUUUCUUAUACAUUUUGCAAGAGCAGCAUUAUGUUUGGCUCAUGUCUCAUAUUAUAGCUAUGGUGACCGCUCACUGCAAAACAAGACAAGUUAUUCUUUUCUUGGAUUGUAUAUUUAAAAGCAUUGCCUUGCCCAAAAAGAUCCAAAAUCAUAAUGUCCAUUAGGUUGGUUGUUUGUCAUUUCUAUUAAAUAAAAUAUAGAUACAUCCAAUUUAUUCAAAUGCAAUGUAUCAUGUGGAUAUAUAUGAAGUCGAAAGAUGCAACAAACUCUCUUGCACAUGUUCGUUAUUCAUAGAGAAUAUUGUUGAAUCACCCCUUGCUUUUUUCUGAAAACAAUGUAGUCUAUUCAUCUUUGUCUUGGGAAGUAUUAAAAAGUUAAUAACAAUAUAUUUUUUUUGUCUAUCACUUCUUCUUUUGCAAAGAGAAGUACAACUGAUUGGUUUUUUAUAAGCUAUUCUAGUUAACAUCACGUAGUGUUUGGAAUGUUUUAAGACCUUACCAACCAAAAGUAUCCACAAAUAAAAAUAACAUGUACUCCCUCCGUCCCAUAAUAUAAGGGAUUUCGGGAUGGGGCGCACACUGGUGCGUGUGUGUUUUUCCACAUGAACCACUAGUUUCUGGGUUCUUCCCCUUGCUUCCGAAACCGUCACACCAAACACCAUUAUUUUAUAUGGAACACAUUAAAUUCCUUCCUAGAAAAGGGAACCCAAAACUGAAUAAAUACGCCAACGGAGCUAGCCAUGGGGAGCAUAAGUUUCAUUUGCCAUGUGAGUGCCCGUGAGUUUUUCCCUUUCUACAAUUCAUCUUCCAUAGAAACUGUGGUGGAUGGAUCUCAAGAGGAGAGAUGAAGGAGCUGAAGAAAGCUUUGUCAAACCACUGCAACUUAAGGUGAAGGAUUACCCUUUACUUGGAGUCCAUAUCUCGGAAUGCCAGAUCUAUGACCUAGAGAACCACAUGAUCUGUUACCAGAAAAGAAGAGAUUUCACAAUGAUUAGCUCUCAGCACAAGAGGAGGCCAUGUGAAAAUAAAUACUGUCGUGAGUACCUGGUGAACAUAUGCAACCAGAGUGCAGAAGGGGUGGCGCAGAAGGUCUGGAACUUCUCCAAAUGCAGGGGCAUGUGUAGUUACCGUUUAUACAGAAAGAAGAAUUGGGAGAUGCUGGCAGAGAUACUGGAUCAUGCUGUCAAUACGUUGGGUUACACUUCCGUCCAUAAAUUGUUGAACAAGGGUUCAUAUGUGGUGGCUGUUGCAGAGAUGUUGACAUCAACCCCUCUAGAGAUCUGGGAUCUCUGUUUUGCCCAAGCACUUUCUUCCAUGGAAAUUGUGAUGGCUGGCAAGGCUUGCCACCAGUGCCGUCAAAUGAAACGAAACUUUGCAGUGGCAUGCACGCAGGUUAAGAAGGGGGUAUGCCCAAUAAAAUACUGCCAUAGGUGCCUUCUUAAGAGGUAUGAUGAGAAUGAUGAAGAAGUGGGACAGAUGGAAGCCUGGAUCUGCCCAAAAUGUAGAGGCAUCUGCAACUGCAGCUGCUGCAGAAGGAAGAAAGGACAACAACCCACAGGGAGAUUGGUCCACACUGCCAAGAAAGGAGAACAAGGGGCUGCCGAUGAGGAAAGCACAGGUAGAUCCCUUCGGAUAGAGAAUUCUGUUGAAGAAUUGCUGGUCGAGGGGGAUCAAAUAAAGCUGAAGGGCAACAUUGUGGUGAAUAAAAAUUUUGAUGGUGAAAGCUCCUUGGCUAAAGACAAAAAUGGAUCUAUAUUGGGCUAUAAUAGCGCAGUUUCUUCACCCAAUAAAAAAGUGCUUCCAAGGGGUAGUCUGGUCACUAACAUUCUAGGUGCAGAUCUGGAGGUGAAAGAUGUUGGACCAGCAAUUCAGUUAUACGAGUUCUGCAAUUCAUUUGGCGAGAUUUUCCAGAUAAGGAAGGGCCAACCUGAACAAAUUCUACAAGACAUAGCAAGAGAUCAAGAGGUUGAAAUAGUACCCGAGCUUAUUGCUGGCUUUCACAAAAACUUGCUAUCGGUCAUCAAAGAAGACAGAGGGGAGAAGAAUUCAAUCUACAUAACAAAUGGAGAUGCAUGGUUAAAUGAUUUAGGUGCAUAUAUCAAUGAAUUGGCAUUUAUGUCAAAGGAAUUGCAUCUUGAAUUUGUAAACAAGGGAACAUUGGGAUACAACAAGCUGAGUCCUUGUAAGCUGCAUGUACUUAAUUUACUUUGCGAUGAGGCCCUCUCUACCGUAAAGUUAAGAAAAUUGAUUGAAGAACAAAAUGGAAGGGCAGCUGAAAGAAGGAACGAUGCCAAAGCAAAACUGCGGGCUGCAAAAGCAAAGGAAAAGGAACUAAGAGAAGGGUUAAAGAAUGACAUGAAAGAAGGAGCAACCCCUAUUGAAGGAAACAGAAAUCAGCUUAUUUCUGAUAUAAAGAAGGCAAAGGAAGUCAAGCUGACAGCCAUAAAAGAGAAGAAGCUGGGAACUGUCCUUAGGAGCAAGCCUUUGAUGUUAGAGGACAGGGAGGCAUACUGGAAGCUGGAUGGCUAUUCGAACAACAAGAUGCUAUUGCUGCAAGAAUUUGAUAAUGAGAAUUUCACUGGAAAUGACAUCUGGUUUGAGUUCACUGAAGAUGAAGAAAAAACAAUUGAAAAUCAUGCAGCCAUAAGCCCCCAUCUCCUCUGCCGCAAGUCAUCAUCGGCCUAAAGUCAGUAUCGGCUUCAGAGUCUUGGAAUUGGAAUCGACCGAUGGGAGUUAUCAAAUCGCCAGCAGUUGUGUUCAUGGUGGAGUCAGAUCAAUUAAAGGAAAUUUAUCCAAAAGAUUGAGUUCAAGGAGAAGAGUUCGAGUUCAAGGAGUAUGCGGCAUGGCAAGUUAUCUAUUAAUUAGGAAUAGUUUGUUAGUUCUUUUUAUCUUUAGGAAAGUGUUUAGUGUCUGAUAAGAACUUAAUGUUUUCUUUUUAUCUUUAGGAAAGUUUCUCUUGUCCUUGUCCUACAAGGACAAGUAUCUCCCCAUGGGUAUAAAUAUGUACACCCGGAGUCAUUACGCGGGAUACAUCGGCUUUCGAUCUCCGGUGAAGGGGUAAGUCCUACGUUUCGUCGGCACUGGUGAAUCUAUCGACUACAUUGGUGUUCAAGGCUGCAUCGCUUCGAUCUCUUGGAUCGCUCUGGUUUGGUUGAUAUAUUUACCUACAUGAUGUUAGAAUUUCAAUGGUUACUCUCAUUGAGAAGAGGAUGGCACUCGAGAUGGGGCAAUUUUCUGGUUUUCUUCAUUCACUAAACACAAAAGCCAUACCUUCCCGAGGGAGGUUGGAUACAUAUAUAUAGCCAUAGCUGGCUGGAUGGCUGCUAGCUAAUUGCUGCCCACACUAGUCUAAAAUUUGAACGCAAUGCUGUCCUAGAGAGCAUCCAAACUGAAUAAAGCAUAAAGGAGAUGCUAGAUGUUGUCCUAGGGAUGCUAAAAGCAAAACCGAAAGAUGCUAAAAGCAAAACUGAAAGGAUGCUGUCCUAAAAGAGGAAAAACAACCUAAAAGCAAGAGAAGGACCACAAGGACCAAAGACCACAAGGCUUAUUCCAUCACAUGAUAUCUCAAUUCUAUCUUUAGUUGCAUUGUGUUUAGAGAUUUGCAUAUUUUGUCAGUUGCAGGGUCAAACUGACUGGCAUGCUCGCACCUCACCAAGAUUUGGACCUGCAUUCUAAGCAGAUCUUCUAGGGUAGUGUGUGUUUUUCGCGUCAACACAUUUUUGGCACGUCCAGUGGGACACAAGUUUUGCACCCAACAUGUCUGAAGAGGAAGUCAAUGCUAAGAAGAAACAAUCUACUAUGUCGAUGGUUGAAACACUUCAAGCUACAGUCGAUGAAGUAGUUCAUCGUGCAUUGUUCGAACAAUCUGGAGUUUUGGUGGAUAUAUUGCAAAAUUUGAUCAAAAUGACGGUUGAUGAGUUAAUUGUUUAAAGGCGCCAGCUCGGGGGGCAAACAUAUCAGUAUCAGCAGUAUGUUAGCUGACAAGUGCAGGGAGAUCGAUGUUUUUUUUUAUAAAAAUCUUCUUUCAGGGUAGAUCGAUGUUGAUCUAGACCAAUAAGCA

Sequence
(XR_003240918.1):

ACUUCUUAAGAUCACAUAACAUCUAAAUCUAAAUGGUUAGCUACAUAUAAAAUUAAACGGAAGUGAGUAUUCUCUAUAAAAAAGGUGGCAAUAUACUUCAUGAAAGAUAUGCUUUUAUUUAUUUUGGAAAUAUUAUGAUAUAUUUUCUUUUAGCGUAGCAAAGCACGAACAUUUAGCUAGUACCUACAAAAGUUCUGCCAGUUUGUUCCAAAUUUUGUUCUUAAGAACUAAGAAGCAGAUACUAUAAUCUGCGUGCAUUUGGUGGACGUAUGAAGGCGUUACUUCACUAUCAAAUUUACCUUUUGAAAUCCUUUCAGUUUAUUAGCCGGAUCACGAACUUGCCCUGUUCAUGCUAGGUCCUUAAACUCCAAUAUUUAUUAAUUGAAUCUCCAAAUUUGAUAAAUUGCUCUUCUUGAGCUAUCACAUUGUUUGGGCUAAUAUGAUCUCCAAAGAAAAGUAGGUGGGUUUAUUAGUGCAGUACUCCCUCUGUCCCAAAAUAUAAGGAAUUUUGGAGGGAUGUGACAUAUUCUAGUACUAUGAAUCUAAACAGGCUCCCUGUCCAGAUUCGUAGUACUAGGAUAUAUCAUAUCCCUCCAAAAUCCCUUAUAUUAUGGGACGGAGGGAGUAUGAGUCAAAAGUCAGCCAAAACAUGGAAUUAUGCCGUGUUGCUUGUCCUCAGAUCAUCGUCCCAUCCCAGCCUUGUUUUAAAACCUUUCAAAAAUAGCAUUCCGUGUUCCUUGAUCCUGUACCUCGACUCAUAAGUGAGGAACUUUGGUGACAUGCUCAAAUCUAAAAAAUGUGCUUGCCUUUUGUGUCAUGAGUCAAAUUAUUAGCGGUAGUUUUUGUUUGGUAUUGCUGUUGGUACUCAAUGAUCAACGACCAUUUUAGUUGAGCCAUCAUGAAUGUAUACUUUUGUUGUAGUGAUCACCAAGCUAUACCUUAGAAAAUUCCUUAUGUUCCCCUGAGUCUUUGCUCCAUCCUUUCCAUGCCAUUGAGCUUUGUCUUGUCUUGCAUGCCCUAGAUUUUUUCUAAUCCCCUCUAUACACAUUGGGUGAGUUGCUUCAUAAAAAGCAUCAUUCUCAAGGUGAAAAUUGUUUCAGUUCUAAAAAAAUAGAAGGGGAUAUAAUUAUAUGACCCCAAAUUUGAAAUAUAAAAAUUAUAAUUUGAAAUGAGUUUCAAUCAAAUUUGAUGAUUUUUUUGGAGAGUAGAUUCACUUAUCUCCAUGGAAAUUUUUUCCAAUUUGGUUGAAGUUGAUUAAAAAGAUACUCCCUCUGUCCCAAAAUAUAGCAAUCUAGUACUGGAUCGAACAUAAACUUGUACUACAAAUAUGGACAAACCUCCUGUCCUGUCCAGAUUUAUAGUACUAUUAGGUUGUGUAUUCGAUACUAGGUUGCUAUAUUUUGGGACGGAGGGAGUAUUUGUUUUGGUGUCGAAGAAGAGGAGAAAUAGAAAAAUGGUGGUUUGUGUAAUUUAUGUAUUGAAAUUUCAUCAAAUUUUGUUUCAAUACAUUUGAAAAUUUCGAAAUUGAAUUUCAAAUUUUGGGUCAAACAAUUUUGUGUCAUUCAUUUUUUUUAUAAAGGUUUUAACCUCAAUAUUUAUAUGAAGCUAGAUAUGUUUGAGCGAGGUGCAAUAUAGAUAUUUUGUAAAAAUCGAAUAGUAACAAAAUGAGUUGAGGUGAUUAGUACGUAAACUCGGUGGUAUCUAGGAAUAAAGAAAGAAUCAGGAGCAUGUAUAGAAGGAUGGAGUGAAGACUUAGGCACACAAGGAAUUUUCUUAUACAUUUUGCAAGAGCAGCAUUAUGUUUGGCUCAUGUCUCAUAUUAUAGCUAUGGUGACCGCUCACUGCAAAACAAGACAAGUUAUUCUUUUCUUGGAUUGUAUAUUUAAAAGCAUUGCCUUGCCCAAAAAGAUCCAAAAUCAUAAUGUCCAUUAGGUUGGUUGUUUGUCAUUUCUAUUAAAUAAAAUAUAGAUACAUCCAAUUUAUUCAAAUGCAAUGUAUCAUGUGGAUAUAUAUGAAGUCGAAAGAUGCAACAAACUCUCUUGCACAUGUUCGUUAUUCAUAGAGAAUAUUGUUGAAUCACCCCUUGCUUUUUUCUGAAAACAAUGUAGUCUAUUCAUCUUUGUCUUGGGAAGUAUUAAAAAGUUAAUAACAAUAUAUUUUUUUUGUCUAUCACUUCUUCUUUUGCAAAGAGAAGUACAACUGAUUGGUUUUUUAUAAGCUAUUCUAGUUAACAUCACGUAGUGUUUGGAAUGUUUUAAGACCUUACCAACCAAAAGUAUCCACAAAUAAAAAUAACAUGUACUCCCUCCGUCCCAUAAUAUAAGGGAUUUCGGGAUGGGGCGCACACUGGUGCGUGUGUGUUUUUCCACAUGAACCACUAGUUUCUGGGUUCUUCCCCUUGCUUCCGAAACCGUCACACCAAACACCAUUAUUUUAUAUGGAACACAUUAAAUUCCUUCCUAGAAAAGGGAACCCAAAACUGAAUAAAUACGCCAACGGAGCUAGCCAUGGGGAGCAUAAGUUUCAUUUGCCAUGUGAGUGCCCGUGAGUUUUUCCCUUUCUACAAUUCAUCUUCCAUAGAAACUGUGGUGGAUGGAUCUCAAGAGGAGAGAUGAAGGAGCUGAAGAAAGCUUUGUCAAACCACUGCAACUUAAGGUGAAGGAUUACCCUUUACUUGGAGUCCAUAUCUCGGAAUGCCAGAUCUAUGACCUAGAGAACCACAUGAUCUGUUACCAGAAAAGAAGAGAUUUCACAAUGAUUAGCUCUCAGCACAAGAGGAGGCCAUGUGAAAAUAAAUACUGUCGUGAGUACCUGGUGAACAUAUGCAACCAGAGUGCAGAAGGGGUGGCGCAGAAGGUCUGGAACUUCUCCAAAUGCAGGGGCAUGUGUAGUUACCGUUUAUACAGAAAGAAGAAUUGGGAGAUGCUGGCAGAGAUACUGGAUCAUGCUGUCAAUACGUUGGGUUACACUUCCGUCCAUAAAUUGUUGAACAAGGGUUCAUAUGUGGUGGCUGUUGCAGAGAUGUUGACAUCAACCCCUCUAGAGAUCUGGGAUCUCUGUUUUGCCCAAGCACUUUCUUCCAUGGAAAUUGUGAUGGCUGGCAAGGCUUGCCACCAGUGCCGUCAAAUGAAACGAAACUUUGCAGUGGCAUGCACGCAGGUUAAGAAGGGGGUAUGCCCAAUAAAAUACUGCCAUAGGUGCCUUCUUAAGAGGUAUGAUGAGAAUGAUGAAGAAGUGGGACAGAUGGAAGCCUGGAUCUGCCCAAAAUGUAGAGGCAUCUGCAACUGCAGCUGCUGCAGAAGGAAGAAAGGACAACAACCCACAGGGAGAUUGGUCCACACUGCCAAGAAAGGAGAACAAGGGGCUGCCGAUGAGGAAAGCACAGGUAGAUCCCUUCGGAUAGAGAAUUCUGUUGAAGAAUUGCUGGUCGAGGGGGAUCAAAUAAAGCUGAAGGGCAACAUUGUGGUGAAUAAAAAUUUUGAUGGUGAAAGCUCCUUGGCUAAAGACAAAAAUGGAUCUAUAUUGGGCUAUAAUAGCGCAGUUUCUUCACCCAAUAAAAAAGUGCUUCCAAGGGGUAGUCUGGUCACUAACAUUCUAGGUGCAGAUCUGGAGGUGAAAGAUGUUGGACCAGCAAUUCAGUUAUACGAGUUCUGCAAUUCAUUUGGCGAGAUUUUCCAGAUAAGGAAGGGCCAACCUGAACAAAUUCUACAAGACAUAGCAAGAGAUCAAGAGGUUGAAAUAGUACCCGAGCUUAUUGCUGGCUUUCACAAAAACUUGCUAUCGGUCAUCAAAGAAGACAGAGGGGAGAAGAAUUCAAUCUACAUAACAAAUGGAGAUGCAUGGUUAAAUGAUUUAGGUGCAUAUAUCAAUGAAUUGGCAUUUAUGUCAAAGGAAUUGCAUCUUGAAUUUGUAAACAAGGGAACAUUGGGAUACAACAAGCUGAGUCCUUGUAAGCUGCAUGUACUUAAUUUACUUUGCGAUGAGGCCCUCUCUACCGUAAAGUUAAGAAAAUUGAUUGAAGAACAAAAUGGAAGGGCAGCUGAAAGAAGGAACGAUGCCAAAGCAAAACUGCGGGCUGCAAAAGCAAAGGAAAAGGAACUAAGAGAAGGGUUAAAGAAUGACAUGAAAGAAGGAGCAACCCCUAUUGAAGGAAACAGAAAUCAGCUUAUUUCUGAUAUAAAGAAGGCAAAGGAAGUCAAGCUGACAGCCAUAAAAGAGAAGAAGCUGGGAACUGUCCUUAGGAGCAAGCCUUUGAUGUUAGAGGACAGGGAGGCAUACUGGAAGCUGGAUGGCUAUUCGAACAACAAGAUGCUAUUGCUGCAAGAAUUUGAUAAUGAGAAUUUCACUGGAAAUGACAUCUGGUUUGAGUUCACUGAAGAUGAAGAAAAAACAAUUGAAAAUCAUGCAGCCAUAAGCCCCCAUCUCCUCUGCCGCAAGUCAUCAUCGGCCUAAAGUCAGUAUCGGCUUCAGAGUCUUGGAAUUGGAAUCGACCGAUGGGAGUUAUCAAAUCGCCAGCAGUUGUGUUCAUGGUGGAGUCAGAUCAAUUAAAGGAAAUUUAUCCAAAAGAUUGAGUUCAAGGAGAAGAGUUCGAGUUCAAGGAGUAUGCGGCAUGGCAAGUUAUCUAUUAAUUAGGAAUAGUUUGUUAGUUCUUUUUAUCUUUAGGAAAGUGUUUAGUGUCUGAUAAGAACUUAAUGUUUUCUUUUUAUCUUUAGGAAAGUUUCUCUUGUCCUUGUCCUACAAGGACAAGUAUCUCCCCAUGGGUAUAAAUAUGUACACCCGGAGUCAUUACGCGGGAUACAUCGGCUUUCGAUCUCCGGUGAAGGGUUGCAGGGUCAAACUGACUGGCAUGCUCGCACCUCACCAAGAUUUGGACCUGCAUUCUAAGCAGAUCUUCUAGGGUAGUGUGUGUUUUUCGCGUCAACACAUUUUUGGCACGUCCAGUGGGACACAAGUUUUGCACCCAACAUGUCUGAAGAGGAAGUCAAUGCUAAGAAGAAACAAUCUACUAUGUCGAUGGUUGAAACACUUCAAGCUACAGUCGAUGAAGUAGUUCAUCGUGCAUUGUUCGAACAAUCUGGAGUUUUGGUGGAUAUAUUGCAAAAUUUGAUCAAAAUGACGGUUGAUGAGUUAAUUGUUUAAAGGCGCCAGCUCGGGGGGCAAACAUAUCAGUAUCAGCAGUAUGUUAGCUGACAAGUGCAGGGAGAUCGAUGUUUUUUUUUAUAAAAAUCUUCUUUCAGGGUAGAUCGAUGUUGAUCUAGACCAAUAAGCA

Expression Capacity

HE: High-Expressed (TPM > upper quantile); ME: Medium-Expressed (TPM < upper quantile and TPM > lower quantile); LE: Low-Expressed (TPM < lower quantile); NE: Not Expressed.

HEP: High-Expressed Percentage; MEP: Medium-Expressed Percentage; LEP: Low-Expressed Percentage; NEP: Not Expressed Percentage.

NE_num:

NEP:

0.2%

LE_num:

LEP:

1.22%

ME_num:

258

MEP:

52.44%

HE_num:

227

HEP:

46.14%

Type:

HCR (High-Capacity ncRNA)

Tissue Specific Expression

cutoff: tau > 0.9 and Average expression in the tissue > 10

Tissue :

carpel

Tau :

0.73

Avg Expression:

44.36

Tip: OSA-PHAS4329136 is not a tissue-specific expression ncRNA.

Differential Expression

cutoff: log2(fold change) > 1 or log2(fold change) < -1 and p-adj < 0.01

Num.	Condition	log2(FoldChange)	Padj
1	Amaroo // embryo // dry seed 0 h--/--Amaroo // embryo // 24hN	-1.43995096939479	3.47579355237727e-54
2	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 3dN	-2.16442099576379	3.46749926546692e-105
3	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 4dA	-2.16141070048204	1.50752171908962e-35
4	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 4dN	-2.45708643683872	1.07995566720363e-111
5	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 3dN1dA	-1.86174220147793	2.79552252053874e-61
6	Amaroo // embryo // dry seed 0 h--/--Amaroo // embryo // 3hN	-1.08081324397808	3.91364173724285e-27
7	Nipponbare // shoot // "Control,22C for 10 min, then 30C for 10 min"--/--Nipponbare // shoot // "Heat,42C for 10 min, then 30C for 10 min"	-1.0797492539605	8.57692850602542e-15
8	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 3dA	-1.92417024577596	5.31934798532856e-79
9	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 2dN	-2.00687886679633	2.88460291959088e-80
10	Nipponbare // leaf // Watered;Long_Day--/--Nipponbare // leaf // Drought;Long_Day	1.60015536169123	5.26663323267558e-14
11	Nipponbare // panicle // AM--/--Nipponbare // panicle // PM	1.7066566965749	3.22207096698196e-09
12	Amaroo // embryo // dry seed 0 h--/--Amaroo // embryo // 24hA	-1.76497560988539	1.46816437152999e-57
13	Nipponbare // leaf // Watered;Short_Day--/--Nipponbare // leaf // Drought;Short_Day	1.16714132490284	2.18204316901267e-12
14	Amaroo // embryo // dry seed 0 h--/--Amaroo // coleoptile // 2dA	-2.03114125361527	5.27505508094854e-130