Italics indicate a probable horizontal transfer to a superkingdom.
Xg has a number of effectors homologous to P. syringae type III effectors suggesting probable horizontal transfer of these effectors.
The detailed analysis of the amplification dynamics of Dromar6 provides another example of a probable horizontal transfer.
Phylogenetic analysis also reveals some associations between subtilisins identified in different prokaryotic species that suggest probable horizontal transfer of subtilisin genes between prokaryotes.
We report on the probable horizontal transfer of a mitochondrial gene, cytb, between species of Neotropical bruchid beetles, in a zone where these species are sympatric.
Given the dominance of CTX-M-15 genotypes among genetically heterogeneous K. pneumoniae isolates, our study also implies the probable horizontal transfer of a genetic element carrying blaCTX-M among K. pneumoniae isolates.
Other smaller deletions detected include a deletion of a probable lipid transfer protein encoding gene Mb1699c, which is specific to 1307/01, and an aldo/keto reductase encoding gene, Mb2320 that is specific to 1121/01.
Also genes involved in lipid metabolism like probable lipid transfer protein M30 precursor, peroxiredoxin, polygalacturonase beta chain precursor, alfa-carboxyltransferase precursor, tubulin a-1 and b chain, and clathrin coat assembly like protein are present within this group.
Yet another instance of probable lateral transfer of Clp proteases was observed with the co-clustering of NP_355226.1 (Agrobacterium tumefaciens) with NP_252016.1 (Pseudomonas aeruginosa) and NP_433616.1 (Hahella chejuensis) suggesting that the distribution of Clp proteases in prokaryotes may have been facilitated by multiple lateral gene transfer events.
For instance, a DD-peptidase-like protein YP_004371.1 (Thermus thermophilus HB27) co-clusters with proteins from Alphaproteobacteria Bradyrhizobium japonicum (NP_772081.1, NP_772181.1, NP_772348.1, NP_772349.1, NP_773480.1) and Rhodopseudomonas palustris (NP_946954.1, NP_948152, NP_948623.1) suggesting a probable lateral transfer of some DD-peptidase-like genes between these bacterial species.
