Study : Solanum tuberosum subsp. andigenum Transcriptome or Gene expression
Identification
Name
Solanum tuberosum subsp. andigenum Transcriptome or Gene expression
Identifier
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Description
To better understand the function of the phloem in plants, we have combined laser capture microdissection (LCM) and RNA-seq for an in-depth transcriptional profile of phloem-associated cells of both petioles and stems of potato. Out of the 27k transcripts assembled that we identified, approximately 15K were present in phloem-associated cells of petiole and stem with greater than ten reads. Approximately 22% of the transcripts in phloem cells contained at least one binding motif for Pumilio, Nova, or polypyrimidine tract-binding proteins in their downstream sequences. Highlighting the predominance of binding processes identified in the gene ontology analysis of active genes from phloem cells, 78% of the 464 RNA-binding proteins present in the potato genome were detected in our phloem transcriptome. As a reasonable alternative when phloem sap collection is not possible, LCM can be used to isolate RNA from specific cell types, and along with RNA-seq, provides practical access to expression profiles of phloem tissue.
Data files
- SRR2131060
- SRR2131063
- SRR2131065
- SRR2131061
- SRR2131062
- SRR2131064
- SRR2126855
- SRR2126856
- SRR2126915
- SRR2126975
- SRR2127278
- SRR2127279
- SRR2127280
- SRR2127289
- ERZ1140749
- ERZ287806
- ERZ318252
- ERZ594485
- ERZ1140721
- ERZ287800
- ERZ318247
- ERZ594299
- ERZ1140720
- ERZ1140738
- ERZ1140739
- ERZ1140755
- ERZ287796
- ERZ287799
- ERZ287801
- ERZ287803
- ERZ318248
- ERZ318249
- ERZ318250
- ERZ318255
Genotype
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