---
identifier: CAF01.gnm1.ann1.WFKC 

provenance: "The files in this directory originated from https://www.ncbi.nlm.nih.gov/bioproject/PRJNA747876. That repository is considered primary repository and authoritative; files in this present directory are derived, and may have changes, as noted below. The files here are held as part of the LegumeInfo and LegumeFederation projects, and are made available here for the purpose of reproducibility of analyses at these sites (e.g. gene family alignments and phylogenies, genome browsers, etc.) and for further use by researchers, as that research extends other analyses at these project websites. If you are conducting research on large-scale data sets for this species, please consider retrieving the data from the primary repository. If you use the data in the present directory, please 1) please cite the data appropriately - generally referring to the original publications for this data; and if you make use of any significant modifications in the files (noted below under Transformations where applicable), then please also cite the respective database project(s) related to this directory."

source: "https://www.ncbi.nlm.nih.gov/Traces/wgs/JAIUCU01?display=contigs"

synopsis: genome annotation of Sindora glabra CAF01 (Chinese Academy of Forestry).

scientific_name: Sindora glabra

taxid: 2590455

bioproject: PRJNA747876

scientific_name_abbrev: singl

genotype:
  - CAF01

description: "Gene annotations, on genome assembly"

original_file_creation_date: "2021-10-05"

local_file_creation_date: "2022-04-19"

publication_doi: 10.3389/fpls.2021.794830

dataset_release_date: "2022-04-02"

publication_title: "The diesel tree Sindora glabra genome provides insights into the evolution of oleoresin biosynthesis"

contributors: "Niu Yu, Haixi Sun, Jinchang Yang and Rongsheng Li" 

data_curators: Wei Huang, Steven Cannon 

public_access_level: public

license: Open

keywords: gene annotation, diesel tree

citation: "Niu Yu, Haixi Sun, Jinchang Yang and Rongsheng Li. The diesel tree Sindora glabra genome provides insights into the evolution of oleoresin biosynthesis. Frontier in Plant Science, Jan. 2022."