1、数据库

orthodb数据:

odb10v0_levels.tab.gz:          NCBI taxonomy nodes where Ortho DB orthologous groups (OGs) are calculated
odb10v0_species.tab.gz: Ortho DB individual organism (aka species) ids based on NCBI taxonomy ids (mostly species level)
odb10v0_level2species.tab.gz: correspondence between level ids and species ids
odb10v0_genes.tab.gz: Ortho DB genes with some info
odb10v0_OGs.tab.gz: Ortho DB orthologous groups
odb10v0_OG2genes.tab.gz: OGs to genes correspondence
odb10v0_OG_xrefs.tab.gz: OG associations with GO, COG and InterPro ids
v9_v10_OGs_map.tab.gz mappings between the previous and current release orthologous group ids
odb10v0_fasta_<root>.tgz tar-ball with one fasta file per taxon id in the given root (bacteria,metazoa,fungi,plants)

2、odb10v0_levels.tab:

1. level NCBI taxonomy id

2. scientific name

3. total non-redundant count of genes in all underneath clustered species(在聚集的物种下面的所有的基因的总非重复计数)

4. total count of OGs built on it

5. total non-redundant count of species underneath

3、odb10v0_species.tab.gz

1. Ortho DB individual organism id, based on NCBI tax id

2. scientific name inherited from the most relevant NCBI tax id

3. genome asssembly id, when available

4. total count of clustered genes in this species

5. total count of the OGs it participates

6. mapping type, clustered(C) or mapped(M)

4、odb10v0_level2species.tab

1. top-most level NCBI tax id, one of [2,2157,2759,10239]

2. Ortho DB organism id

3. number of hops between the top-most level id and the NCBI tax id assiciated with the organism

4. ordered list of Ortho DB selected intermediate levels from the top-most level to the bottom one

5、odb10v0_genes.tab

1. Ortho DB unique gene id (not stable between releases)

2. organism tax id

3. protein original sequence id, as downloaded along with the sequence

4. Uniprot id, evaluated by mapping

5. ENSEMBL gene name, evaluated by mapping

6. NCBI gid, evaluated by mapping

7. description, evaluated by mapping

6、odb10v0_OG2genes.tab

1. OG unique id

2. Ortho DB gene id

7、odb10v0_OG_xrefs.tab

1. OG unique id

2. external DB or DB section

3. external identifier

4. number of genes in the OG associated with the identifier

参考

https://www.orthodb.org/?page=filelist

orthodb的更多相关文章

  1. 【基因组预测】braker2基因结构注释要点记录

    目录 流程使用 问题 记录下braker2的使用要点,以备忘记. 流程使用 braker2有很多流程,根据你的数据:组装的基因组.转录组.蛋白(同源,包括近缘或远缘)选择不同流程,官网有说明: htt ...

随机推荐

  1. linux 查看磁盘空间

    linux 查看磁盘空间大小命令 df :命令是linux系统以磁盘分区为单位查看文件系统,可以加上参数查看磁盘剩余空间信息 df -hl:查看磁盘剩余空间信息,显示如下: 文件系统          ...

  2. 代码参考: css3动画—— 星系轨道

    CSS3橙色的星球绕轨道公转动画 http://hovertree.com/texiao/css3/24/ 例子 http://hovertree.com/h/bjaf/css3xingxi.htm ...

  3. centos7 更新yum报错initscripts conflicts with centos-release-7-3.1611.el7.centos.x86_64

    1.centos7的系统的yum 更新系统报错: --> 解决依赖关系完成错误:initscripts conflicts with centos-release-7-3.1611.el7.ce ...

  4. Linux服务器mysql,nginx等自动停止的排查,以及解决方法

    最近发现自己使用的某台云服务武器只要稍微流量大一点,就会出现莫名的的数据库连接错误的情况 ,然后连上服务器查看,发现mysql进程被结束了,经常出现这种情况,这还怎么得了,然后第一时间查看mysql日 ...

  5. 机器学习进阶-人脸关键点检测 1.dlib.get_frontal_face_detector(构建人脸框位置检测器) 2.dlib.shape_predictor(绘制人脸关键点检测器) 3.cv2.convexHull(获得凸包位置信息)

    1.dlib.get_frontal_face_detector()  # 获得人脸框位置的检测器, detector(gray, 1) gray表示灰度图, 2.dlib.shape_predict ...

  6. APP-5-百度电子围栏

    1.代码部分 <!DOCTYPE html> <html> <head> <meta charset="utf-8"> <me ...

  7. greenlet

    在任何时刻,只有一个greenlet在运行,合理安排的串行. http://www.cnblogs.com/xybaby/p/6337944.html

  8. Java继承与多态浅析

    一.继承 1.通过extends继承的父类可以是不加abstract关键字的普通类,也可以是加了abstract关键字的抽象类.继承普通类时可以覆写父类的方法,或者创建自己独有的方法,或者这两     ...

  9. Java面试题_简答题

    作为一个大三在校生,很快就要去实习了,但总感觉自己连一个刚入门的菜鸟都不如,哎.发现自己连那个程序员的门槛都还没进,有点小伤心,不过伤心没用,努力向前才是我们现在应该做的事情. 下面是我之前在学校所从 ...

  10. jsp开发环境搭建(windows64位)

    有些东西当时学和用的时候很熟练,但如果时间久了不用了,再次遇到的时候,也会很生疏,现在对一般的jsp网站开发环境的搭建做一个小结,以备以后不时之需,作为参考手册用. 一.java环境搭建 1.下载jd ...