Paper Details

Paper Title

The genome and preliminary single-nuclei transcriptome of Lemna minuta reveals mechanisms of invasiveness.

Paper Journal Title

Plant Physiol

Paper Citation Count

Paper Publication Year

2022

Bio Mention

21, 360 megabase genome, Arabidopsis, Arabidopsis thaliana, Duckweed, L. minuta, Lemna minuta, Lesser Duckweed, chromosome-resolved genome, chromosomes, core non-redundant gene set, developmental genes, elemental transport genes, tandem duplications

Mesh Descriptor

Author Name	Affiliation
Brian D Aevermann	J. Craig Venter Institute
Brian D Aevermann	J. Craig Venter Institute
Richard H Scheuermann	J. Craig Venter Institute
Richard H Scheuermann	University of California San Diego
Richard H Scheuermann	La Jolla Institute for Immunology
Richard H Scheuermann	J. Craig Venter Institute
Richard H Scheuermann	University of California San Diego
Richard H Scheuermann	La Jolla Institute for Immunology

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Dataset	Description	Source Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link
Gene Ontology	Gene Ontology Database	Link

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