LncRNA Information | ||||||
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ID | EL1299 | Name | TCONS_00049512 | Aliases | N/A | |
Species | Populus tomentosa | Chromosome | N/A | Start site | N/A | |
End site | N/A | Chain | N/A | Exon NO. | N/A | |
Assembly | N/A | Class | lincRNA | NCBI accession | N/A | |
Ensembl | N/A | Sequence | N/A |
Function (not disease relevant) | |||||||||
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Methods | Sample/condition | Expression pattern | Dysfunction type | Description | PMID | Source | |||
RNA-seq/qRT-PCR | wood formation | up-regulated | N/A | In our study, ptc-miR1445 was predicted to target TCONS_00049512, which has been predicted to function in cleaving the transcripts of development-related or stress responsive genes in Populus (Lu et al. 2008). Besides ptc-miR1445, miRNAs that were specifically expressed in xylem and reportedly participate in formation of tension wood (Lu et al. 2005, 2008; Puzey et al. 2012) were predicted to regulate some of the lncRNAs identified in our study. For example, ptr-miR172, which was only suppressed in compression tissue (Lu et al. 2005), may target TCONS_00012272 and TCONS_00012273, which were detected in our study and showed a type C expression pattern (TW25230698 |
PLNlncRbase
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Interaction | |||||||||
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Interaction target | Level of interaction | Type of interaction | Description | PMID | Source | ||||
ptc-miR1445 | RNA-RNA | regulation | ptc-miR1445 was predicted to target TCONS_00049512, which has been predicted to function in cleaving the transcripts of development-related or stressresponsive genes in Populus | 25230698 | PLNlncRbase | ||||