Fig. 1: R. tanguticum morphology and genome features. | Communications Biology

Fig. 1: R. tanguticum morphology and genome features.

From: A chromosome-scale Rhubarb (Rheum tanguticum) genome assembly provides insights into the evolution of anthraquinone biosynthesis

Fig. 1

a Habitat of R. tanguticum. b Overview of the R. tanguticum genome. Different tracks (moving inward) denote (I) chromosomes; (II) density of Gypsy elements in 500 kb sliding windows (minimum–maximum, 0–1.0); (III) density of Copia elements in 500 kb sliding windows (minimum–maximum, 0–1.0); (IV) GC content in 500 kb sliding windows (minimum–maximum, 0–0.5); (V) repeat density in 500 kb sliding windows (minimum–maximum, 0–1.0); (VI) gene density in 500 kb sliding windows (minimum–maximum, 0–50); (VII) non-coding RNA density in 500 kb sliding windows (minimum–maximum, 0–30); (VIII) identified syntenic blocks.

Back to article page