Difference between revisions of "DALIR"

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Dali may be involved in regulating nuclear function during neuronal development, potentially in coordination with Pou3f3. Dali regulates genes involved in neural development and function and its depletion disrupts terminal stages of neuronal differentiation, more particularly neurite outgrowth development.<ref name="ref1" /> .
 
Dali may be involved in regulating nuclear function during neuronal development, potentially in coordination with Pou3f3. Dali regulates genes involved in neural development and function and its depletion disrupts terminal stages of neuronal differentiation, more particularly neurite outgrowth development.<ref name="ref1" /> .
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===Expression===
 
===Expression===
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| | ACAGCAGTTCAGCAGCAAGAAG<ref name="ref1" />
 
| | ACAGCAGTTCAGCAGCAAGAAG<ref name="ref1" />
 
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===Sequence===
 
===Sequence===

Revision as of 07:49, 3 April 2015

DNMT1-associated long intergenic non-coding RNA, acts both locally to regulate the expression of its nearest protein-coding gene, Pou3f3, and distally to regulate both Pou3f3-dependent and -independent target genes in an RNA-dependent manner.

Annotated Information

Name

DALIR :DNMT1-associated long intergenic non-coding RNA (HGNC nomenclature)

Characteristics

Dali both genomically local and distal RNA-dependent roles of Dali, a conserved central nervous system expressed intergenic lncRNA. Dali is transcribed downstream of the Pou3f3 transcription factor gene and its depletion disrupts the differentiation of neuroblastoma cells. [1]

Function

Dali regulates transcription in both Pou3f3-dependent and -independent manners[1].
Dali plays a role in regulating genes in neuronal cells[1].



The intergenic lncRNA Dali acts both locally to regulate the expression of its nearest protein-coding gene, Pou3f3, and distally to regulate both Pou3f3-dependent and -independent target genes in an RNA-dependent manner.[1]




Dali interacts with the DNMT1 DNA methyltransferase in mouse and human and regulates DNA methylation status of CpG island-associated promoters in trans.demonstrate, for the first time, that a single intergenic lncRNA controls the activity and methylation of genomically distal regulatory elements to modulate large-scale transcriptional programmes.[1]








Dali may be involved in regulating nuclear function during neuronal development, potentially in coordination with Pou3f3. Dali regulates genes involved in neural development and function and its depletion disrupts terminal stages of neuronal differentiation, more particularly neurite outgrowth development.[1] .








Expression

Schematic representation of qPCR primers used to quantify Dali expression and shRNA oligos used for its knockdown. [1].
Dali qPCR
linc8 for1821 CCTCCGATCCTGCAGTTAGC[1]
linc8 rev1912 ACAGCAGTTCAGCAGCAAGAAG[1]










Sequence

>gi|755571614|ref|NR_130904.1| Mus musculus DNMT1 associated long intergenic non-coding RNA (Dalir), long non-coding RNA

000001 TTTGTTTTTT AAATCAAGAT TATAGATTTT GGGGAGGTGA CTCAGGAGTT AAGAGCATTT GCAACTCTCC AAGGAGGCTT 000080
000081 GGATTCAGTT CCTAGTACCC ACATGGTGGC TCACAATCAT CTATAACTTG AGTTTCAGGA AATCCAATAC TCTCTTCTGA 000160
000161 CCTCTACATA AACCAGGCAT GCACATGATG CACATAAATA TTGTGCAGGC AAACACCGTC CCCCAGACAC TCAAAATACA 000240
000241 TAAAATAAAA ATAAGTATTT TTTAAAAGTT GGAATTTGGT ATGATTAGCT TTATAGCTTT AGCTATTTAT ATTAGTTTTA 000320
000321 TGGCAACTTG ACACTACCCA GAGTCATTTT GGAAGAGGGA ACCTCAGTTG AGAAAAATCC TCCACCATAT TGATCTATGA 000400
000401 GCAAGCCAGT AAGCAGCACT CCTTCATGGC CTCTGCATCA GCTCCTGCTT CCAGGTTCCT GCCCTGGTTG AGTTCCTGCC 000480
000481 TTGACTTTCC CTCAGTGATA GAGTGTTCTT GGGAGTGTAG ATGAAGTAAA CCCTCGCCTC CTAAACTGCC CTTGGTCATG 000560
000561 ATCTTTTATC ATAGCAATGG AACCCCTACT TAAGACAATT ATCTTTGAAG CACATATTTT GACATTTAGG CATATCAATA 000640
000641 AATGATTGAT GGTTAGTTTC TTAAAATGCC CCTTGACCAC AAAGACAGTG AATTTTCTCC CTTGCTCCCT AGCATAGATT 000720
000721 ATAGGTCTGA GCCATCAGAT CTGGCTTGAG GTTCAAAGCT TGTGACCACC TGTTCCAAGG ACAAATGAGC TGCCTAGAAC 000800
000801 TCTTCCACTG GCCTGCCTGT AGCCGGGAAT GGTGGAGTTC CCTGTGACTG TGGGATTCTA TATGAGCTAC TGATGAGACA 000880
000881 TAAGCAAGTA AGGAAAGTTG ATCTTGGGAT CAACACTCAT CAAGAATAAG ATGGGTCCCC CACTCTCTAG CTGTGCTTCC 000960
000961 AGACAGGTTT GCTTCAGTGT GGCTTCAGCA AAGCCTTCCT AGTGGTCTAC AGTAGAGAAT GCAAGAGTCC ATCCCTAGCC 001040
001041 TGAACACTGC ACACAGACAC CAATTATGCT AAAATATTTA ATTTCATTCC ATAAATAATT AAGCCTAAAT AATAATACCT 001120
001121 AGATATAACT TGGAACTTGT GACAATCTAC CTGCCTCTGT CTCTGTGTAC CAGGATTATA GGCCTGGGCA CACATTCTTC 001200
001201 TTCAGGACTG ATTATAATAC ATTTTGTATA TTGATTTAAA AAAATGATGC TTAGGTAGTT ATGGCCTGTG AGTAATTCTA 001280
001281 TAAAGTAGAC TAAGTGGATA TCATCAGTCT ATACTCTAAG ACATTCCTTT AATTTTTTTA AATTTTTTTT TAAAGTTCTA 001360
001361 CTTTTTAAAG ATTCCTAGAG AGCCAGATGG GTGATGAAAA GCCAGGTTTC ACATGTAACA CTAATATTGG GGGAAAAAAA 001440
001441 ACCTGACGCT AGAAATTATT TAGTTATTCT GAAAGCTGTC ACTTCTTGAA AGCAGAGTCA GAATTAGAAA AGAATTAACA 001520
001521 GTGTATCGTT GTGTTCTCAC ATTTCCAATG TGGCTGGTGA ATCATGAAGC AAAAATTTCC TCAAAACTGG AGCCCCAGAG 001600
001601 TCTTAGTCTG AGCCCATCCT CCTGCCTGAG AATCTCCAAA TTGCCTAGTG AAGGAAAAGC TATGTCCATG GTCCCACCTG 001680
001681 TTCCAAAGTC CCTTTGGAAA TCTAGGCAGA AGTAGGTTTG CTAGAGTCTT ACTTATGACA ACCTGGGAAA CAAAGAAGGC 001760
001761 TCTTCATACA AGGGTGTGTA TCCACACAAG AGGCAGCATC CTGAAGGAAA CCTTCAGGAG CCTCCGATCC TGCAGTTAGC 001840
001841 TGACTGTTTC CTGCCCTCCT TGGTCCAACT CGTTATGG