Brassica oleracea
Ontology highlight
ABSTRACT:
PROVIDER: PRJNA498278 | ENA |
REPOSITORIES: ENA
Dataset's files
| Action | DRS | |||
|---|---|---|---|---|
| SRR8109104_1.fastq.gz | Fastqsanger.gz | |||
| SRR8109104_2.fastq.gz | Fastqsanger.gz | |||
| SRR8109105_1.fastq.gz | Fastqsanger.gz | |||
| SRR8109105_2.fastq.gz | Fastqsanger.gz |
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Project description:Deep sequencing of mRNA from seven different tissues of Brassica oleracea
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Project description:Plants, although sessile, can reorient growth axes in response to changing environmental conditions. Phototropism and gravitropism represent adaptive growth responses induced by changes in light direction and growth axis orientation relative to gravitational direction, respectively. The nearly 80-year-old Cholodny-Went theory Went, F.W. & Thimann, K.V. Phytohormones (1937) (Macmillan, New York) predicts that formation of a gradient of the plant morphogen auxin is central to the establishment of tropic curvature. Loss of tropic responses in seedling stems of Arabidopsis thaliana mutants lacking the auxin-regulated transcriptional activator NPH4/ARF7 has further suggested that a gradient of gene expression represents an essential output from the auxin gradient. Yet, the molecular identities of such output components, which are likely to encode proteins directly involved in growth control, have remained elusive. Here we report the discovery of a suite of tropic stimulus-induced (TSI) genes in Brassica oleracea that are responsive to an auxin gradient, and exhibit morphologically graded expression concomitant with, or before, observable curvature responses. These results provide compelling molecular support for the Cholodny-Went theory, and suggest that morphologically-graded transcription represents an important mechanism for interpreting tropically-stimulated gradients of auxin. Intriguingly, two of the TSI genes, EXPA1 and EXPA8, encode enzymes involved in cell wall extension, a response prerequisite for differential growth leading to curvatures, and are upregulated prior to curvature in the flank that will elongate. This observation suggests that morphologically-graded transcription likely leads to the graded expression of proteins whose activities can directly regulate the establishment and modulation of tropic curvatures. Experiment Overall Design: A 15° ophthalmic scalpel (Feather, Osaka, Japan) was used to isolate tissue flanks (~1 cm in length, see Fig. 1A) from etiolated B. oleracea seedlings that had received one of three treatments: 1) a mock stimulation; 2) a 2 h phototropic stimulation; or 3) a 2 h gravitropic stimulation. Only the outer third of the hypocotyl was collected for each flank section, and opposing flanks were collected into separate pools. Hence there were five distinct tissue samples (two flanks for each of two tropic stimulations plus one set of control flanks) with each sample being generated and collected in triplicate for a total of fifteen biological samples. Tissue flanks were immediately quick frozen in liquid N2 and stored at â80°C until RNAs were isolated. Total RNA was extracted from frozen tissue using the RNeasy kit (Qiagen, Valencia, CA), followed by cRNA synthesis (ENZO Diagnostics, Farmingdale, NY). cRNA probe generation, as well as microarray hybridization, washing and scanning were performed as described by manufacturer protocols (Affymetrix, Santa Clara, CA).
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Project description:Deep sequencing of mRNA from seven different tissues of Brassica oleracea Analysis of ploy(A)+ RNA of multiple different tissues of Brassica oleracea containing Bud, Callus, Root, Stem, Leaf, Flower and Silique.
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Project description:Research on the environmental risks of gene flow from genetically modified (GM) crops to wild relatives has traditionally emphasized recipients yielding most hybrids. For GM rapeseed (Brassica napus), interest has centred on the 'frequently hybridizing' Brassica rapa over relatives such as Brassica oleracea, where spontaneous hybrids are unreported in the wild. In two sites, where rapeseed and wild B. oleracea grow together, we used flow cytometry and crop-specific microsatellite markers to identify one triploid F1 hybrid, together with nine diploid and two near triploid introgressants. Given the newly discovered capacity for spontaneous introgression into B. oleracea, we then surveyed associated flora and fauna to evaluate the capacity of both recipients to harm cohabitant species with acknowledged conservational importance. Only B. oleracea occupies rich communities containing species afforded legislative protection; these include one rare micromoth species that feeds on B. oleracea and warrants further assessment. We conclude that increased attention should now focus on B. oleracea and similar species that yield few crop-hybrids, but possess scope to affect rare or endangered associates.
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Project description:BackgroundThe transport of sugars, hormones, amino acids, proteins, sugar alcohols, and other organic compounds from the sites of synthesis to the sites of use or storage occurs through the conducting cells of the phloem. To better understand these processes a comprehensive understanding of the proteins involved is required. While a considerable amount of data has been obtained from proteomic analyses of phloem sap, this has mainly served to identify the soluble proteins that are translocated through the phloem network.ResultsIn order to obtain more comprehensive proteomic data from phloem tissue we developed a simple dissection procedure to isolate phloem tissue from Brassica oleracea. The presence of a high density of phloem sieve elements was confirmed using light microscopy and fluorescently labeled sieve element-specific antibodies. To increase the depth of the proteomic analysis for membrane bound and associated proteins, soluble proteins were extracted first and subsequent extractions were carried out using two different detergents (SDS and CHAPSO). Across all three extractions almost four hundred proteins were identified and each extraction method added to the analysis demonstrating the utility of an approach combining several extraction protocols.ConclusionsThe phloem was found to be enriched in proteins associated with biotic and abiotic stress responses and structural proteins. Subsequent expression analysis identified a number of genes that appear to be expressed exclusively or at very high levels in phloem tissue, including genes that are known to express specifically in the phloem as well as novel phloem genes.
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Project description:Differentially expressed transcripts (DETs) at two growth stages in kohlrabi and broccoli
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Project description:Differentially expressed transcripts (DETs) at two growth stages in kohlrabi and broccoli
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