COG2894


Help to interpret the results

Three outputs have been generated:
General: this tab contains the description, occurence in the database and other information related to the selected COG entry COG2894
Protein list: lists the 7 occurences of the COG entry within the database. The table reports information on each occurence.
Profile: phylogenetic tree annotated with
- the presence of the COG entry of interest within all the genomes of the database (first column)
- the size of the orthogroup(s) in which the reported COG entry has been clustered.
Orthogroups are shown in red if they are annotated with that particular COG entry in a given genome , in green otherwise, i.e. if there is a discrepency between orthogroup clustering and COG entry prediction.
Green homologs (same orthogroup) are not positive hit(s) for the considered COG entry.
Variations within orthogroups may be due to the clustering of multi domain proteins or because of erroneous homolog clustering or COG entry prediction.

Description

Description Septum site-determining ATPase MinD
Function(s) descr. Cell cycle control, cell division, chromosome partitioning (D)

Occurence in the database

COG2894 is associated with 7 different proteins
The 7 proteins are classified into 1 different orthogroup(s)
Orthogroup Locus Start Stop S. Gene Product Organism
0 group_726 FBDBKF_02240 138977 139789 -1 minD septum site-determining protein MinD Morganella morganii S1
1 group_726 EHELCC_02710 526797 527609 -1 minD septum site-determining protein MinD Morganella morganii S2
2 group_726 NLDBIP_00750 152527 153339 1 minD septum site-determining protein MinD Morganella morganii S4
3 group_726 LHKJJB_01285 239346 240158 -1 minD septum site-determining protein MinD Morganella morganii S3
4 group_726 HKOGLL_01325 244857 245669 -1 minD septum site-determining protein MinD Morganella morganii S5
5 group_726 F4V73_RS04610 975760 976572 -1 minD septum site-determining protein MinD Morganella psychrotolerans
6 group_726 PMI_RS05640 1230192 1231004 -1 minD septum site-determining protein MinD Proteus mirabilis HI4320