Source:

XR_003241281.1

Strand on PHAS Transcript:

+

Start on PHAS Transcript:

1740

Sequence:

CACGGAUACACUUCCCUGCAG

Length:

21

PHAS Gene Name:

LOC112938222

Chr:

Chr3

PHAS Transcript Annotation:

uncharacterized LOC112938222

PHAS Transcript Sequence:

AGUAAAAAGUGGAGUAAGCAGGAAGAAAGUAGCUGGCGAACAUGAACAUCUAUGAGGAUCUUUGUAGCACCUACCUCUUGUCACUACUCUUCUUCCUAUGCAUGUUGUCAUAUAAACCUCCAAAUGCAGAACAGAUGAAACAAUAAUAUUGGCCAGAGGACACACAUCACAUAUAAGGAAAAAAAAAGAGUACUGCAUAUAUAAUAAGUCUACAUAGGUAUGAGAGGUAUCAGGAACAGUGUUAUCAGGCGAACCUUCUGCACAAGUUAGCCGUGCUAUGAUAUUAGUUCUAGUCAUGAAAAAUCUUCUCUCUUUAUAUAACAAAUAACUAAACCUGAAUUUUAGUUGUGUCCGAAUCCGUCUUUUGUGCAUAUGAUGCUUUUUCAGGUAUGCGAGAGGAACUAGGCCCUGUUUGGAAGAUUGCCCAUGGCUAAUUUUGAGAACUAAUGUUUAGUCAUGAAUUGGUAGGCUAAAUAUUAGCCUAAGAUGAUAUGUUUGGAUCCAUGAGCUAAUUUAAGGCUAAAAGGUGGAGAAAGAGUAGAAAGAGAGGAGAGAGAGGGAGAGAUAGGGCUGCUUUUUGAUGGUCUCCACAGAAAAUUAGCCCCAUUAGCACCCCUUAGAGGGGCUAAUGUUCUGAGAGGGGCUAAUUCACUCUACCCCCAAAUUAAACCACCUGUUUGGAUCCUUGAGGGCUAAUUCAGAGCUAAAAGGUGGGGGCUAAUAAUUAGCUCAUGGAACCAAACAGGACCCUAGAAUGAACAUGGCGAGAAUGAAGUGUAGAUUCCUUGAAUGCAGAAGAAUACAAAUUACAGCAAUGGAGAAUAAUAAACUGGUAAAAGGCAAAUGAUGGGAGCGGGAGCAUUUGUGAAUUGGGAAAGCCAUCCAAAAUAACAUACUAUAUGCUAGCAUUGGAGAGUCCAUCUUGUGUCUCACGCGAUCUCCAUUUCUUAGAUCCUUGAAGAGUGUGAGGAUAGGAAGCAUCAGGAAAAAGAAAUCUCCAUUGCUAUUGCUUGGUGGGUGUAGCAGCAACAAGCCUACAUUGGGCAGUAACCAUGGUUCUAGAAAUUAAUUGAUCAUUUCCAUUUUCCACCAUGGUUCUUUAGUCAGCUUGCUGUGCAUCUACAUUGGGCAGUAACCAUUUACAUUAGCAAGCAAUUACAGCGCCUACUUCUACUCUGCUACUAUAAUCCUGAGUAAGACAACAUAAUUGUCUAGGACUGACAUCGAUAAUGGCCUCUUCAUUGUUCUCACGUUAUCACUACUAGUAUGAAAAAAAAGGAGCUAGCAUGAAGAAAAUCGCUAUUGCACAUCUGUGAGGAUCUUUAUAACACCGACCUUUCACUACUCAUCUUCCUAACAUUAGUGUAUGAAAAUUGGCGUAAACCGUUGAGACUAGCCACUAGCGUCUGUCACUUCCGUUCUUCCUCUUUAGUCCAAAUGGGAAUAGGAGGUAUCAGGAUAAGCGUAGCCAAACCGUUCUUCCAAUAAAGUAAGCAGUGCUUAUGAUAUUAGUCCUUAUCUCUGAAAAUCUUGUGUUUCUUGCUGUAACAAAUAACUAAGGCUGAACUUUAGCAAGCUGGUUCAAUACCCUCUUUCAUAGAGUUACAUUACUUAUAUAUAAUGUCUUUUCAGGUGUGCGAGAUAAACUAGAAGAACAAACAUGGGGAGAAUGGAGUGUUGCGGCUCUUCUACCUAUGAGGAUUGAAGUUAUGUGACUCCUCGCAUCUUGAAGAAGAACGGCACGGAUACACUUCCCUGCAGCUAAAGAUCAUUUUCCGCUUACAUAGGUUUGCAAGGUCCUUCAGCCCUACGUAGGUUUUGUGUGUCAGAUGAUCAAUGACAGAUUGACACACACCAACCUGAUCUUCAUUGCUGCAUCGAUCUUCAAAUAUUCGGUGCAUAAUUAUCUAGAUGUAUAGAAUAGAUGAAGAACCAGCAAAAGAUAGAAAGACAAAAGAUGAAAGGAAAUAAAAUGUUUUUGCUUCUGUGAAAGCCAUCCGAUUAAUAUAUACGCUAGCAUUGGAGAGCCCAUCUUGUUUGGUCAUGAGAUGUCCAUUUCUCAGCUAUCUCUUAGAGCGCGAGGAUGUUAAGCAUCAGGAGAAAGAGAUUGAGAGAUCGAAAUGAUAAGUAAGAGAAAUACCGUGUUUUUUUUACUCUCAGAAAUCCAUUAUAUCUGAAAACAAACUUUUUUAUGAACAAAGUAGAGACCAACUUCAGAAUUGUACAUCCUUAGAAUAAGUUAUCUCUGUGCAUCCACAUUUUCAGGGAUAUGAAAGAAACAGAGUAAAACGUACCCACGAAGUGAGAUUGAAGUAAUGCUCUGUAGGACAGAGAUGGUUAAUGUUACCCAUUCUCUCCAUUUUUUUUCCCAUCAACGAAUGCUUAUUAUGAGAAUAAGCAUGUAACUGGACUGCCAAUGGACUUCCUGCUGGAUGUAGCAAGGCUGUGAUUCUGUUUAGACUUAGUUCUUAUCCCCUAAUACAAUGACGAUAUAUUGUUCUUUCUCAAUUUGCUGUGCAAGUGUGCAUGCAGGGUUUUCAAUUUCGAUUUGUCGAAAAUUUCGGUAAGACCAAAAUUUAUGAAAUUUCGUGAUUUUCGGUACUUUUUGGACUGAUUUUUUUUUGAAAUUCUAACAAAUUUUUACUGGAGUUGAAUAAACUUUGACCAAAUUCAACAAAAAAUUGAUAAAAUACGAAAAUUUCAGUUAAUAUAUUGAUUACCAAAAUUUCAGAAAUUUUGAACUAAAAUUGCAAUUCCCUGUGUGCGUGUAGAUUCGAUAUUUACAUCAACAAGAAAUCAUAGCACCUACUUCUACCCUGCUCCUACUAUCAUCCUGAGUAAUAUAACCUAGUACUACUUGUCUAUGAGACUGACAUCUAUAAGGGCCUCCUCUUGGAGUAAUGCAAAUGAAAAAAAAUGGAGCAAUCAUGAGGAAAGUAACUGGAUGACAUCUAUCAGGGUUUAUUUUUAUAGCACCUACCACUUGUAACUACUCAUCUUCCUACGCAUGUUUGUCACAUAAACCUCCAAAUGCAUAAUGCAGGGAAUGGUAUAGAGAAUAUAGGACAGUAGGACACACAUCGCAUAUGAAGAAAGCAUACUAGUAUACUAGCAUCCUAUGUCAUUCCAUUCUCACAUUUCGUCCAACAUGGGUAUAGGAGGUAUUGCGAAAAACACAGGCAGGCUAACCUUCCACACAAGCAAACAAAUCCCUCUUUUUAGUAGAAUUACGUCGUGUAUAACUUUUCUCAGGUAUUCGAGAGAAACUAGGAUGAACUUAUUGAGAAUGAAGUGUUGCAACUAUUUUAGCACCUACUACUUUAGUCAUUUUAUAGAGCAGAUAUGUGACUCCUGAAUCCUAUGUUGAAGAAAAGCAAUGAAAAUGAGCGGUUCCACUUGUUGAAGACGUUCCCUAUACAUAUAUUGAUACUUGGCUGAGGACCUUCAGCAGUGACCCUCUACUUGUCUUACACUUUAAUCUGAUGAAUGAUGAUCAAUGCAACACCAACCUGUUCUUCAUUGUUGUGUCUCCUCAUCUUUGAUACAUAAACAUCAAGUUGUAGAUAACAAAUGGAGAGCGAACACGAGAUAAAAACCAAAUAAUAAAGGAAAAGUGAGCAUUUGUUAUCUCACGAAUAACAUAGAUGCUAGCAUUGGAGAGUUUAUCUUGCAUCUCAUGAGAUGUCCAUUUCUCAAGAGAUAUCUGAGCUUGAGGAUGGGAAGCAUCAGGAGAAAGAAAUCCAGAGGUACCCAUAGAAGAAGUAACACAUAUACCUAUAGUAUAUGUAUAUGUUACUUAUUAUACCUAUAGUAUAUGUUACAAGACAAAUUAGUAUGUCCCAUAACAACUUUUGAUGAACAAAAACAAGAGAAAGACUUCAGAGUAUUACAUCUUUGUAACAGGUUCUCUCUAAGCACAUCCACAUUUUCAGGGAUAUGAUUGAAACAUAGUAUAACACUCGGAAGGAUCUAGUUGAAUGGACAUGAGACAAAACAACUGUUGUGUCAAGCGAGCGUGCUAGGCAAGGAGAAUGUGAUCAUUGUAAAAAAAAUUUGAAGAAAAGAUCAUUGUACAGAAUGAGAUAAUCAGAAACAUCAUGCACCAACGAUUGGUAAUAGUAGCAGGCUGAAGAUGUCGCUGGUAUGGUGGCGGAGCAGUAGGCAGCCAUGAGAGCUGCUGCAUGCCAAUGCCAACAAGUGCAUCAUUGAUACAAUAAAGUCUGGUUGUUUGGGGUUUUGUUUUGUUGAAUGGGCUGUAGUUUUUUUAUGCAUCGAGGUGUUUUCAAUAUAUAGCUUAGGGGAAAUCAUCAUGAUUCGAAUUUCAUUGAUUUGUUGCAGAAAAUUUAUAAAACUUGCUGAACUUUGCAGAGGCCUGAUAAAGCAUUCAUGACAACUUGGUGAAACAUUCAUUUGACAUGGUUAUACUUAUGAUAUGCCACGAAUGAUCAAUGAAACUUUUAGAGAUACUGACAAUACACCUGAUGAAACUCUGAAGAUAAAACUAGCAUGCACGCAUGUAUCAUGUAAGCUAAAGGUGCUUUACAAUGGUUUUUGUUAGUAGAAUUAAUCUAGAGCCCUCAUAUUUUCUAAUCUAAGGAUCAGAUCUAUUUCUAUUACUACCUCAACUAUUUGCAGUAGAAUAUUUCUUUUGCUGGUAGUGGAACUCAUAAAUCAAUGGUCAAGGUUACUUCUAUUGGUGACAAUAUUGCUAGUAGAAUACCACCAAUAAAGACCACCAUAAAAAAAUCACAUCUAUUUAUACUUCCACCUAACCUACUGGCAGUAGAAUUCAUAACUCAAGACUUAAAUCACUUCUACCACUGAUAAUAAUAUUGGUAGUAUUUAGUAAAGGCUAUCGCAGGUACUUGAGUAAUAACACCUACUUAUAUGUUAGACUGACAUCUAUGAUGGCCUCUUCAUGACUCUUACGUUAUCGGAUCUUUAACUUGUUGACUUAUUAGUAUAAUAUAUACAUGAAAAGAAAUUAUGGAGCAAGCAUGAAUGAAGCAAGUAAUUAUGUGGAUGGACAUCUACAAGGAUUUAUUACAACACCUACAUCUAUAAGGAUUUACAUUAUCUUCCUAUGCAUGUUUGUCAUACAAACCUCCAAAUGCAGAGAGGAAGAAACAGUAGACACACAUCACUUGUGAAGAGAAUAUUAUAGUAUACUUGUUCUAGGAGCAUCAUAUUGUUAUACGGAAGUCACUUCCAUUUUCCCAUUUAGUCCACAUGAGCAUAGGAGGUAUCAGGAAAAGGGUACCCAACCAAGACUUCUGCCCAAGUAUGUGAGAGAAACCAGAACGAACAUGCAUGGCUGGAGAGGUGGAGAACGAAGCAUUGUGCUGUUUUAGUUGCUCUUGCUUGAGUACCAUGAACAAAAGAUAUGUGACUUCUCAGAAUGCUUCAGGAUGUUGGAGAAGAGGCGUGAGUAUGCUCUUCUGCUUCUGCACGGGUAAACUAAAGAUCCAUUAUUUGCGUCGGUUGGACGAUGCCCUUCAACAGUGAUACAUGCCAUGAUGCUUUAAUUGUUAAUCCAGACAUGUGUGUGAUGAUCAAAGGCACACUAACAUGUUCUUCGUUGUGUGUUUUGCCAUCUCUCGCACAAUGUAUGAGCAGAUGAAGAACGAAUACAAGAUAAAAGACAAACAAUGAAAAGAAAGAGAGAAUUUCUACUUAAGCCAUUUGAGUUGUCAAAUUUUCAAGAAUUUUUCAUGAUUAAAGUGACAUGCAAAAAAAAGGGGCAUCCCCUUUAAAGGGUAAAAUGACUUUCCCAAAUAAUUAAGGGGAUCAAUGCCACGCCAACCUAUUAUUUCAUCACUGUGUCCAUCUUUGAUACAUAGACAUACGAAUGAAACGGAAAAGGUCAAGAAUGAACAAGAGAUAAAAGGCAAAUAGUGGAAGGGAGUGUACAUUUGUGGUUUCAUGAAAAUAAUUUUUUCAUUCGGGUAAUGUAUAUAUAUGCUAGAGUAAUUCUAGCACUGUAGAGUCCAUCUUUUGUCUCAUGAGUUGUCCAUUUCUCAGAGAUCUAUAGAAGCGUAAGGAUGGGAAGCGUCAGGAGAAAGAAAAUGAGAAACACCCAUAUACCAUGUAAGACAUCCCAAUACCUAUAAUGUUUAUUACUUACAGAAAUUCAGUAGGUACCAUAACAUUUUUAUGAACAAACUAGAACGACUUCAUAAUUUUACAUACACCGAUACACUUUUUCAGGGAUAUGAAGUAGAGUAAAACGCAUAACGGAUGGAUAUGAUACAAUUGACAAGAGACAAAGCAGGCACUGCACAAAGCAAGAAAGGCAAUGGCAAUGUGAUCUCUCUCUAUAGGAUGAUAGAACCAGAUAUACCAUGCAUCGAUAAGUACUAGUAGAGUAGCAGGCUGCAGGCGCAGGUGGUGUGGGGUUGGAGUAGGUUCAUUUGAGAGAUCAAGUGUACUUGUCAACCAGUUUAUAGAUUUUUUUUUUGCGGAUGAAUUGUAUAUGUUUUCUGCCAAGUGUUGAGGUGGACUCAAUAUAUAACUCAUGGGAAAUCGACUUGUCAUAGGGCGGCUUGCUUUAACUUUUGUUCAUUUGGUUGCUGAAAUUUGAACAAGACUAACAUGGAAGUAGUUGAAACAUGCAUGAGAGACAUGCAUGGUGAAAUAUUCAUAUGACACAAUGAUAUUGAAGAGAUGCCAAGAACGCUCAAUAGAACUUUUGAGAGGCACCGACAAUACCUGAUGAAACCCUAAUUGAGUGGCAUGUUUGUAUACCACUAUACUGUAACUAUCGUAUGUAUUUCUUCCAUUUCAUAUUAUAAGAAGUUUUGGGUUGUCUUGAAGUCAAACUUCUUUUAAUUUUGACCAAGUUUGUAAAAAAAAAAACCUACA

NE_num:

249

NEP:

90.88%

LE_num:

4

LEP:

1.46%

ME_num:

11

MEP:

4.01%

HE_num:

10

HEP:

3.65%

Type:

HCR (High-Capacity ncRNA)

Tissue :

pollen

Tau :

0.97

Avg Expression:

85.70