Species scientific record

Scutellaria baicalensis

黄芩 Baikal skullcap Aliases: Baikal skullcap, S. baicalensis, Scutellaria baicalensis +3

A curated Scutellaria resource that supports comparative browsing across nuclear, chloroplast, mitochondrial, and transcriptome datasets within the Lamiaceae database.

Evidence coverage

Current public omics layers

3 available · 0 metadata only · 1 unavailable

Record overview

Taxonomy, biological context and the scope of the current release.

Scutellaria baicalensis is presented as an integrated entry point for phylogeny-guided navigation, organelle-genome visualization, nuclear-genome summaries, and functional-gene exploration.

Resource summary

This dossier brings together taxonomy, phylogeny access, omics modules, functional loci, and analysis tools so users can move smoothly from lineage-level browsing to locus-level inspection.

Research relevance

Famous for pharmacologically important flavones and for its value in medicinal-plant genomics.

Distribution
Native to northern China and neighboring temperate regions.
Research / medicinal context
Famous for pharmacologically important flavones and for its value in medicinal-plant genomics.
Botanical illustration of Scutellaria baicalensis
Botanical identity asset associated with this species record.

Omics evidence matrix

Accession-backed, metadata-only and unavailable states remain scientifically distinct.

Open omics entry
LayerStatusAccession / datasetAssembly sizeGCGenes / featuresCoordinates
Nuclear genome
Available GWHAOTO00000001 377,004,575 bp34.2%30313 — View layer
Chloroplast genome
Available NC_027262.1 152,731 bp38.4%132 132 loci View layer
Mitochondrial genome
Unavailable — ——— — View layer
Transcriptome
Available Scutellaria_baicalensis.tpm 6 samples—30313 — View layer

Genes linked to this species

Gene symbols are included only when DNA sequence or coordinate evidence exists.

View all 113 genes
GeneFull name / pathwayLocalizationDNA recordsCoordinate loci
accD
Functional annotation not curatedNo pathway assignment
—11 Gene record
atpA
Functional annotation not curatedNo pathway assignment
—01 Gene record
atpB
Functional annotation not curatedNo pathway assignment
—11 Gene record
atpE
Functional annotation not curatedNo pathway assignment
—01 Gene record
atpF
Functional annotation not curatedNo pathway assignment
—01 Gene record
atpH
Functional annotation not curatedNo pathway assignment
—01 Gene record
atpI
Functional annotation not curatedNo pathway assignment
—01 Gene record
ccsA
Functional annotation not curatedNo pathway assignment
—01 Gene record
cemA
Functional annotation not curatedNo pathway assignment
—01 Gene record
clpP
Functional annotation not curatedNo pathway assignment
—01 Gene record
infA
Functional annotation not curatedNo pathway assignment
—01 Gene record
matK
Functional annotation not curatedNo pathway assignment
—11 Gene record

Publication-safe DNA records

Public sequence content is DNA-only; no protein FASTA is exposed.

Open species sequence records

Pathway evidence

Family-level summaries and concrete candidate loci are kept separate.

4520 candidate records across 91 modules903 strong locus records are available for inspection.