RiceNCexp
Rice Non-coding RNA Co-Expression Atlas

Osa-phasi12g0489

Function Link

Tissue-specific Expression analysis
Differential Expression analysis
Co-Expression Curve
Network analysis

Basic Info

Source:

XM_026021928.1

Strand on PHAS Transcript:

+

Start on PHAS Transcript:

4854

Sequence:

UUGUGUGACGGAAGCCUGUGU

Length:

21

PHAS Gene Name:

LOC107276318

Chr:

Chr12

PHAS Transcript Annotation:

calcium-dependent protein kinase 27-like, transcript variant X1

PHAS Transcript Sequence:

AGUUAAUUUGGAUAGGAUGCAAAAAUGAGAGGACAUCCCUAAAGGGAUGCAAGUCUUUCCUGCUAGGAUUAAUUAACAGAGUAGCCAAUAAUUCCAUAGAGCUUAGUUAUAUGUUCCAAGAAUGUGAUGUGAACAAGGGGCAUUAAGAAAAUGAUGACUAUACUACCAGCCAAGUUGUACGAAAUCAACUGCAACUACGCAUAUACCCAACUCCUUAAAGUUUCUUGAUCACAAGAAAAAAAAAACUUAAGAGGACAUCGAUGAGGGUAACCUUAACCACCAGCAUGACCACAACAGCACCAUUCUAAUGGGCAACGUCUGUGUUGGCACAACCUGUAGUUUGUCGAAGAACGGCCUUCUUUGCGCCAUCUGGCGAAAUGGAUCAACCACCACUUCCUCCACCCCAUCCCACCCCACCAUCUCGCGCUCUGUCCCCGUCGUCCAGCCCUCUUCCCCCUCUUCACCGACCUCCGAGCCGCCACCGCCACAGCAGCAGCUCACCUCUACUGCCCCUCCAAGACCAAUUGUUAUCUCUGAGCCAGUGAGAAAGCCAACUCAACCACAUCCCAGGCCGAAACAACCGACCAAACCGCCGCCGUCAUCGAGCACCCAGCCACAGCAGAGGCAUCAGUCUCAGGUCAAGAAGCACAUCUCCAGCGCCGGGUUGCAGGUGGAGUCAGUGCUCCAACAAAAGGCGGAGAAUCUCAAGGAUAGGUACAACCUUGGGCGCAAGCUUGGGCAGGGCCUGUUUGGCACAACAUACUUGUGCGUGGACAAGGCAACCAGAAAGGAGUAUGCGUGCAAGUCGAUCGCAAAGCAGAAGCUCGUCAUUGAUGACGACGUGGAGUUCAUCCGCCGCGAGAUCAGGAUCAUGCACCACCUUGCUGGCCAUCCAAACAUCAUCUCCAUCCGGGGCAGCUACGAGGAUGCCAUGGCGGUGCACAUUGUUAUGGAGCUCUGCACUGGCGGUGAGCUAUUCGACCGCAUCAUCAGCAAGGGAUAUUACACAGAGAGGCAGGCUGCUGAGGUUGCCCGCAUCAUCGUCUCUGUCAUCGAGUCUUGCCACUCUCUCGGUGUCAUGCAUCGCGACCUCAAGCCCGAGAACUUCCUCUUCGUUAGCAACGAGGAGGAUGCGCCACUCAAACUCAUUGACUUUGGCCUCUCCAUAUUCUUCCGCCAAGGCGAGACGUUCACUGACGUGGUUGGGAGCAUGUAUUACGUGGCACCAGAGGUGUUGAGAGGGAAUUAUGGGCAGCAAGCUGAUGUGUGGAGCGCUGGCGUCAUCAUCUACAUCCUCCUUUGUGGCGUACCACCAUUCUGGGCUGAUACAAAGCAGGGGGUAUUUGACAAGGUGCUGCAUGGCAUGCUAGAAUUUGACGCGGAUCCGUGGACAAAUGUGUCGGAAGGUGCCAAGGACCUGCUUCGGAAGGUCCUUGUCCGGGAUCCUAAGGAGCGGCUCACAGCGCACCAAGUACUACGUGUGUUCAGUCCUUCCCCCUCUUCUUCUUUAACUGACUGCAACAGCCAUUCCAGGCAAUCUAACACUACUAUAUUGCUAGCAGGCCAUCCAUGGUUGGAGAUGUGCAGCAAUGGCACUGGAAAAACAACUGAACUCAACGUUGAACACUUGUACGAGAGGGAAGAGAUGUACUACAAAUGAUGAAUGAUGUAUAUGUCAAGACAUGGUAUGUGGUUUAUAUAGAGUAGAAGAUAGAGAUGAAAAAGAAGGAAUGUGAUACAAGAUCAGUCAUAUCCUUGAAUCUCUUUAACAACAAUACGGUCUAACAUUCCCCACUAUCCAAUCAUCAGCAAUGUCAAUGCUUAGGCUAGAGUAGAAACCAAUAAGAGUGUCCAAUAUAGAUAGCCCUUACGUCGUAGUUGAGGUACCCAAAGUAAAGAGUGUUCAAUAUAAGAAGGGUCUUUCCCUGAUUGCUAUGGCAAAGAUAAAUAGUAUUGUGCAUUUUCUGGCAUUUUUAACCGUUAGAUCUGGAAUGAACCACUUAGAUCAAAGUAUUACAUUAAUUCGAUAUAGUAUUUUUUACAUGUUGCAGGAAAAGUGACCCUCCAAUUUUUUCAUGGAGAAGGAACAUAAUUGGUUUGAAAUUAGUGGCCUAGAAUAGUUUAUUAUGACUCCUUGCUACUGUAUAACUAAAACAGGGGCAAGAUAAUUUUAAAUGGAGCUCGACUACUAAUGGGGAGUUCACGAUGAAAUACUAUUGUCUAGCACUACUCCAUAGUGAUGUGCCUAAUUUAAAUAUAUGUCUCUGGAAUUUAAAAGUAUAUCUUAAAGUAAAGAUUUUCCUUUGAUAUUUACGACAGGGAGUUGUUUUAACUAGGAUAAUCUAGCUAAACAUAACUAACAUGGUAAACAAAAUUGUUAUUUUUGUCAGAAUAAUGAGACAAUAAGACAUUUAUUAUUUGAAUGCCAUUUAGCCCAUUUCGUUUGUUAUAUUAUACAUGUCGAGCUAGCAAUCCCUCCACCCCCAUAGUGUUUCGCAUAUGUGUUACUAGGUGGCUUUGAAAUGUUCACAAGGAUUUCAGAAGAUAUGGUCUUUUAGGAGUGGUUGCUACUUGUUGGUUGACAUGGUUAUGCAAGAAUGAUGUGGUUUUUGAUAGAAAAUUUGUUUCCUCUUCUUUGCAGGAUAUUUUCUCAACUAUCCAUUAGCUGUGUAUUUGGGUUGUGCUACAAAAGCCUGUUUCGCAUGAUUUGGUUGUUGCGGCAUGUGUACGCUCGGAGUUGGUGGUGAAAGAGUAUUUUACCUCGCUAGGGACAUGGCUGGCAUUGCAGUCUUAGGAUUGAUGGUCUAUAAUACUUCUUGCACUCCUUUUUUAUAUAAAGUUGAGACUGCGUGUGUUUGGUUAUAUGCAUCUUACUAUAUGUUCUCAGUAUGAUUGCAUUAUCUUGAUGUAAUUGGUUGAGUUCAUUAAAGCUACAUUUAUCUAUAAAAAGGAAAAGUGAUCCUUAAAUAGAGGAUCUAGAUCCUAGAGACAGAUACAAAAAUGAUGUAUUCAUGAAAUCUUGUUCUUGUGUGUGGUUCUAUGACACUACUCCGGAAUACGUUAUUGUAGGUGACCAAAACAUGUUUUCGAAGGCGGCCCAAACUUCACCUACGAUCAAACUACACACUCCAAAAAUCUACAAGACAUUCAUUUGAUUUUCUUAGGCGGCCACCCUAAGAACCCCGCUUAUGAAAAUUGAUUUUUGCAGGUGACACUAUUAAGUCAACUGCUUGAAAAAAAUGGCUUAAAAAAGAAUGAAAACCAAGAUCAAAAUAUCCUCCAAUUCAGAAAUUCAAAUACAAUUUCACCAGGACAAACCCAAACAAGAUUUGUCAAAUUCACGAAACAAUUCAGCCAAGGACAUUGAUGGCAUCCUCUUCAACUUCUUCGGCCAGCGUCUUGGAAAAGAAGCCGAAGAACACCAUCGGCGUUAGUGAGGGAGGGCGGAGGCCGGUCGAGACAAUGAGGACAGCCAAGAGCUUCCUGCUACGAUUAGGAUGAUCGUGACGAAUAAGAGAGGUUCUCGAGGCCCGGCUGCAGAGGAUCCGGGCUCAUGAGGCUCGGCGGCCCUCGGUUUUGCAUGCCAAACUGAUAAGUCCUCCAUGGUAUACAUACCGUUUUAGGUUAGGUAUUGAUAGUCCUAUUUACACUAUUGUACUAUCAAAACUGGAGAAAAUGGGCCUGUGAAGCCAUGUUAAAACCCACCUUGUGGUGUUGGUAUGCUUGAAAUGAAAAGUGGUUUGUAGAAGAUCAUAAUACGGAGUUACGCCUAUCCCUAAUUUCGUAGUCACAUCUAAGGAUAUUCCGUGUUUACUUUCAAUCACUGCGUAAAACCAAAUUUCUAUUACACAUUCUAGGACAAGCCUGGGACACUUCCUGGGGUUGCCGGGCAGUGGCAGACGAACUCCUUAGGUACUUCCAUCUAAGCAUGGUUACCUUGUGACCACGUGCAUAUUGGAACACCCGUAGCCAAGUAAUUAGUUGGUUGAGGUAACCUCAUUUGCCAAGGGUCAUGGAUCACUAGGAUGGUGGCAGAGUAUGUCCAUGGGGUCCUGUGCACAUGAUGCCUUGUGCUUGUAUGAGUUCUAUAUAUGUUGGAAAACCACCCAAAGCUUGUUCAGGUUUUGUAGUGAAUAAUUUGUAAUAAUUAAUAGGUCUCUUGCACUGCCUGGUAUCGAUCAUCUUAAUUGUGCAAACGAUGUAGUUUUUUGUUUCCUUUUUCGCACAUCAUGGAAAACAAUGUUCCAAAGGGAUGUUCCUUCGUCUUUCCUUUCUUGUGAGUUGUGACAAAUCUUGUUUGUUCAGUCCUUUGUCCUUAUUUUUAAGCACAAUUAAUAUCACAGCAAGUGAUCAACCCAUCUUUGGACCAAUGAGCUGUACUUUACUGGUAAAAGCGAGAGACAAUGAAUGCCACUCUUACUCUCAUCACAAUAUACCAGUAUUGGUAGAAGUAAACUAGCAAAAACCACACAAGGAAAAACGAUGGAGCUGCGUGGGGAUUAUAAUAGAGGAGUUCCGUUAUAAUAAUUCCGAAAGAGUUCCGUUAUGAUUCAAGUGUGUCAUAUCUGAUAUGAAUGAGAGGCAUUAGGAAAAUGGUGGCUGUACUAGCAUACAAUUCAUGUUCUAUGAAAUCACCUACGAACACAACCACUAGCUCGGUGACAAGAUGGAACAUUUCUUGUAGGAAGAAAUUCUAGGUGGUAUGGCCUGUACGUCACAAAGGAUCGAGCUCUGCAUGAACUUCUAUGGGCACCACAAGACCACUGCCAAUGACUCAAUGAUAGGCAGUUGCACAAAUCUCAAUGAUUCUUUGGCCCAGCACAAAUUUGAUUGUUGUUCUGCACACUGUUGUGAUUGUGUGACGGAAGCCUGUGUUUUAAUUAAUUAGGAGGUCUGUUGACUACAGAUUUCAAGCUAGCUUAUGUUAUUAUUAAUUCGUGUUGUGCAAAAACAUCCCUACACCCUUGUUCAAGAGGAUAAAAUAAAACUUGUGUUCUCCUUGAACUUUAGAAAUGCUGACGAUUUGCAUUGCUCUAUUCAGGUAAUACAGAAAGAUUCAGAGACAACAUAAUAAUAAGGAAAGCAAAUGCGCAGCUGAGUUGAGUUGAGAUGCAUGAAGCGCAUAUGAAUCAUCUGGUAGUAUAUCACAAGCUAAAGAAAGCCUAUCUGCCAUGAAAGAUGUAACUACAAGUUUCACUUCUACUAUUUCUGAGGGAGGAACUACAAAGUUCUUGCAUGUUUCCUUCUUCAGGAACGGAGAGUUGGAGAGCAGAAGCUCUGCUUGGUCUUCAGCAUCCAUCAGUUUUGCACUUUGCAAACAGAUUUUGUUUGAAUUAUUAACAUUUACAUAACAAUACUCACCUUCCACUCUCAGCAUCAAUGAUUUUCACACUUAUUCACCACCUUGUCUGUCCUGCUGUCUAAUAAUUAUAUAUUUUCUUUCAUUUAUUGAAACUAUUUAUGUUCCUUGCGUUGAGAAGUAUGGGCACGAUGCAGAGAUUGUAAAUAAACAUCCUUAUAUAUUUAUCACCGCAUCUUUUGACCAAUGAGUAUUACCCAUUCUUGAGAAAGUACUGAGAGAUUUUCUACUGUAAAAUUGGUACCUUCAAAUACUAUCUCGAGGUAGAAAAAAUAGUGUAAAAUUUAGGUACCUCGAGAUACUUAUUUUGCAAGUAAAGAAAAAGAGAAUGUCACUCCUACUCUUCAUCACAAUAGAACUGAUAGUACUGUAGUGGUAGAAACAAAGUAGGCACCCACACAUGAAUAAAUUGAUCUGGGAAUUUUAAUAUAGAAAUCGAGCUCGAAUUUUGCUAUAGAGGAUACAAGAAUUCCAGACAGCCUGGCUAUGUCUCGAGAGUGUGGUAUGAAUUGGAGGCAUCAGGAAAAUGGUGGCUGUACUAGCGUACCAGUCAAGUUCUAGAAAGCAACUAUGACUACCACAUAUUUUUUGAUCACAAAGGGCAAAAAUUGGUUAUUGGCAAACAUUCCAGGUGGCACAAUCCAGCAGAGCUAUCUUAGCUCCACAAGCACUUCUACGUGCAAAAAACCGCAUAUACAGGCACUGGCAGAGCUAAAAAACUUUUAGAGCCCAGACAAAUAUUACUACAUUGAGUAUGUGUAUUGCAAAAACUCUAUUUUCAACCACUACAACACCAAAUUUGUAUUACACAUUCGCAAAUUUGUCUGGCAGUGGUGCCACUAUGCAAGAAUCAACUCCUUGAAAAAUUCUAUCUGAUUAUGGCUCCUAUCUGACCACAUACAGACUGAAAACACCGCUGCUAAUUACUAAGUAAUUACUCCUUCCGGUACUAAAACUAUUGAUGUUAUAUAGGCUUGGAACCAGCUGCUAAGUAAUUUACUCCCUCAGGCACCAAUAUUAUUGACGUUUCAGGCUUGGAACCAGAGAAUGCUAAUUGUUGACAUUUUUGUUCAGCAUGUAAUCUUGGACUGGUUGACCCUGAAUGCAUGCAAUUAAAAAAUGUCUCAACAAUAGGGAAUCGAACGCACUAGAUAUAUACAUAGAGAUGUAAUUACAAUUAGCACAGGAUCAUCUUUAAUAUGGACAAAAUAUGGAUAAACACUCUAAUAAAUUACUUCUUGAUAUGUGAGAUCAUGUUCGAAACGUCAAAAAUUUUAUAACCGGAGGGAAUAUAUAGUUUGUUAAGUUAACCUCAUGUGCCAGAGGGUAAUGGAUAGCCAUGCCAGUGAAAGUCACGUGCGUGUAUGAGUUCUUAGUGUUGGAAAGCCCAAACAUUCGUUCGGGCUUUACAUUUGCAGUGAACCAAGAAAAAUAAUGAAUAGUAGUAUGCAGUAAUAAAUAGGUCUACUGCAUUGCCUGGUAUCAAUCAUAUUCAUUGGCGCAAGUGAUUUAAUUCUCUUUUUUUUUUUGCUGUUUUUGCAUAUCGUGAAAACAAUGUUCCAAAGGGAUGUUCCUUGUGAAAAAUCUUGUUUGUUCUGCUCAGUCCAUUUGUCCUUAGCAGGGUUCAAAAUUCCGGAACGAAAUUUUUGGUCAUUUCGGACCCCAACCCCCGGUACGAUAUUAUUUUAGCUGAAAUUUUUAUUUUUUUUUUUUGAAUUUGGUAAUAUUUUAUUUAAAUUUGACCUCCGAUAGAAUCGGCCAAACCAAAAAAUUAAACCCUGAUCCUUAUUCCCUAAGUGUCGUACAAUUAAUGCACAGACUGCAAAUAAAUAAUGGAUGUUUUAUCCUUAUAUAUACAUCACCCAGUCUUUUGCCCAAUGACAAUGAGUAGUUCUUCACUGUUUAAAAAGAUAGAAUAAAUGCCACUCUUUACUCUUCCUCACAACUCAAUAGAUAGUAUUGGUAGAAGCAAUCUACGAAGCUAAACCACAUAACUUAAGGAAAGACAGUUGAGACUAUAAUAGAGGAGGCAAGAAUUCCAGAGUUUUGUUAUGACUUGAUAGUGUGAUAUGAAUAAGAGGCAUCAGGAAAGCUUCUACAAGCAUGGUCUUGAUAAGACGCAAAAGAUCUUGCUGGCAGACAUUCUAAGAUGUCUGGCCUGUAUGUCACAAAGUCUCGUGAAGUCUAGAAAAGUUGUCGAGGAUGAAGCUCCACAUGAACUCUUACAUGCACAAGACCACAGACAAUGAGAAAUUUUGAGAGAAGUUUCUUUGACCAAUCACAAAUCUCAAAGUAGUUGUGCAUACUUUUGCGAAUGUGAAGGAGAUUUGUAUUGUUAUUAAUUGAUAGUAGGUUUGUUAACGACAGAUUUCAAGGCUAUGUUAACAUCAAAUCAUGUUGUGUGUUGUCGAAUGACAACCGCGUCA

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:

239

NEP:

87.23%

LE_num:

9

LEP:

3.28%

ME_num:

14

MEP:

5.11%

HE_num:

12

HEP:

4.38%

Type:

HCR (High-Capacity ncRNA)

Tissue Specific Expression

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


Tissue :

pollen

Tau :

0.97

Avg Expression:

123.05

Differential Expression

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


Num. Condition log2(FoldChange) Padj
Tip: Osa-phasi12g0489 is not a differential expression ncRNA.