What does this research mean for the field?

The de novo assembled genomes of five Angelica species reveal that the Angelica sensu stricto clade possesses high Furanocoumarin (FC) content and diversity, whereas the Angelica sensu lato clade exhibits low FC levels. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

To assemble and annotate the genomes of five Angelica species to explore furanocoumarin content.

May 20, 20260 citationsOpen Access

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Angelica genus genome assembly and annotation

韩H韩晓栩(Xiaoxu Han)

Key Points

To assemble and annotate the genomes of five Angelica species to explore furanocoumarin content.
De novo genome assembly of five Angelica species: A. dahurica, A. biserrata, A. keiskei, A. sinensis, and Levisticum officinale.
Comparative analysis of furanocoumarin content across species within the Angelica genus.
Cladistic classification based on FC levels and genomic features.
Five genomes were successfully assembled, showcasing distinct FC content levels across species.
Angelica s.s. clade exhibited high FC content and diversity, while Angelica s.l. clade had low FC levels.
Characterization of genetic variability aids in understanding the ecological roles of these species.

Abstract

de novo assembled genomes of five Angelica species, including A. dahurica, A. biserrata, A. keiskei in Angelica sensu stricto (s.s.) clade with high Furanocoumarin (FC) content and diversity and A. sinensis and Levisticum officinale in Angelica sensu lato (s.l.) clade with low FC levels

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Angelica genus genome assembly and annotation

Key Points

Abstract

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