New paper by Dillon downloaded Pseudomonas syringae genomes from PATRIC. Recombination of ecologically and evolutionarily significant loci maintains genetic cohesion in the Pseudomonas syringae species complex https://t.co/1pu8aYCJgN
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @CAGEF_UofT: Recombination in Pseudomonas syringae: rare but important! Check out the latest from @mmdillon6 @shalabh_thakur @dguttman i…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @pangenomepapers: Recombination of ecologically and evolutionarily significant loci maintains genetic cohesion in the Pseudomonas syring…
RT @CAGEF_UofT: Recombination in Pseudomonas syringae: rare but important! Check out the latest from @mmdillon6 @shalabh_thakur @dguttman i…
RT @CAGEF_UofT: Recombination in Pseudomonas syringae: rare but important! Check out the latest from @mmdillon6 @shalabh_thakur @dguttman i…
RT @CAGEF_UofT: Recombination in Pseudomonas syringae: rare but important! Check out the latest from @mmdillon6 @shalabh_thakur @dguttman i…
Recombination in Pseudomonas syringae: rare but important! Check out the latest from @mmdillon6 @shalabh_thakur @dguttman in @GenomeBiology! https://t.co/BN8RWCmTze
Recombination of ecologically and evolutionarily significant loci maintains genetic cohesion in the Pseudomonas syringae species complex. https://t.co/QB2WDRDbh7 https://t.co/mcb7yxOrvt
Recombination of ecologically and evolutionarily significant loci maintains genetic cohesion in the Pseudomonas syringae species complex. https://t.co/nnrP58HYsV
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @Adam_Mott: Great news, happy to see this in print. Congratulations! https://t.co/rzvSLPlT44
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
Great news, happy to see this in print. Congratulations!
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
RT @GenomeBiology: Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination be…
Dillon, @shalabh_thakur, @dguttman and others assemble the Pseudomonas syringae pangenome and find that recombination between phylogroups is rare but necessary for maintaining genetic cohesion in the species complex https://t.co/nqvd9MsP3n https://t.co/zXS