In this project, we generated draft genomes with Illumina sequencing technology from four bamboo species, Bonia amplexicaulis (Bam,hexaploid), Guadua angustifolia (Gan,tetraploid), Olyra latifolia (Ola,diploid), and Raddia guianensis (Rgu,diploid). O.latifolia and R. guianensis are herbaceous bamboos like grasses while B. amplexicaulis is paleotropical woody bamboo and G. angustifolia is neotropical woody bamboo. The assembled genome sequences are 848 Mb, 1,614 Mb, 646 Mb, and 626 Mb in length for B. amplexicaulis, G. angustifolia, O. latifolia, and R. guianensis, respectively. Genome annotations predict 47,056 protein-coding genes in B. amplexicaulis, 38,575 in G. angustifolia, 36,578 in O. latifolia, and 24,275 in R. guianensis.
Guo Z.-H., Ma P.-F., Yang G.-Q., Hu J.-Y., Liu Y.-L., Xia E.-H., Zhong M.-C., Zhao L., Sun G.-L., Xu Y.-X., Zhao Y.-J., Zhang Y.-C., Zhang Y.-X., Zhang X.-M., Zhou M.-Y., Guo Y., Guo C., Liu J.-X., Ye X.-Y., Chen Y.-M., Yang Y., Han B., Lin C.-S., Lu Y., and Li D.-Z. (2019). Genome sequences provide insights into the reticulate origin and unique traits of woody bamboos. Mol. Plant. doi: https://doi.org/10.1016/j.molp.2019.05.009
刘云龙,马朋飞
(2022). 竹类植物基因组数据
. Scientific Data Center, Kunming Institute of Botany, CAS. https://data.iflora.cn/Home/DataContent?data_gd=9fc4a70b-819b-c3bc-e1e7-bafe466eb9c0