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Sequencing of amplicons of epiphytic microbiome of Kelp from Shandong in 2022

ABSTRACT: Sequencing of amplicons of epiphytic microbiome of Saccharina japonica 2022120

PROVIDER: PRJNA879240 | ENA |

REPOSITORIES: ENA

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The epiphytic bacterial community associated with Saccharina japonica

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Project description:Kelp are the largest photosynthetic organisms in the ocean with tissue differentiation and complex life cycles. Other multicellular organisms with similar complexity such as plants and animals are well known to posses epigenetic mechanisms such as DNA methylation to control development and morphogenesis. Despite plant-like body plans and the presence of different life-cycle stages, the kelp species Saccharina japonica has only a very low level of DNA methylation, yet we have found strong evidence for differential methylation of regulatory elements and protein-coding genes which seem to contribute to the formation of life-cycle stages, tissue differentiation, growth and halogen metabolism. Thus, DNA methylation seems to play an important role in kelp, which has not been reported before.

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algae metagenome

Project description:Epiphytic bacterial communities of cultivated Saccharina japonica (diseased group)

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algae metagenome

Project description:Epiphytic bacterial communities of cultivated Saccharina japonica (healthy group)

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