Collaborome

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En collaborome^[1]^[2]^[3] (dansk kollaborom?) er et symbiotisk sammenhold i en bakteriegruppe bestående af flere forskellige arter. Biofilm med tre og fire bakteriearter er blevet undersøgt. En af resultaterne var at bakteriernes collaborome-symbiose voksede 300% mere biofilm, end hvis bakterierne lavede biofilm hver for sig, med samme resurseadgang. Kollaboromerne kan være en måde at beskytte "sig selv" og "sine" med bakterierne i biofilmen.^[4]^[5]

Kilder og henvisninger redigér

^ Universiteit Gent: Interactie van voeding met het darmmicrobioom: sleutel tot de menselijke gezondheid Citat: "...Network identification: collaborome “a functionally active network of collaborating microorganisms”...", backup
^ Patent WO2017134240A1: Use of microbial communities for human and animal health Citat: "...The composition was either produced through the "Assembly" strategy (left panel) or the "Collaborome" strategy (right panel)..."
^ 2015, lmg.ugent.be: Collaboromics: identifying and engineering core and satellite populations in (synthetic) microbial ecosystems Citat: "...This project is the first, structured research program in collaboromics, i.e. collaborating teams of microorganisms. By understanding the ecological relations between different microbial members of a collaborome we will be able to isolate, collect and compose new, highly performing and highly stable synthetic microbial consortia, eventually leading to a new generation of biotechnological applications of microbial communities...", backup
^ Omtale: 10. oktober 2019, nyheder.ku.dk: Bakterier modsiger Darwin: Den venligste overlever Citat: "...Ny bakterieforskning fra Københavns Universitet viser, at det nærmere er ’survival of the friendliest’ end ’survival of the fittest’, der gør sig gældende, når grupper af bakterier skal overleve...Sociale bakterier løfter i flok...Faktisk producerede bakterierne 300% mere biofilm, når de var sammen, end hvad de kunne, hvis de havde haft alle ressourcerne for sig selv...", backup
^ Artikel: 29 July 2019, The ISME Journal: Deciphering links between bacterial interactions and spatial organization in multispecies biofilms Citat: "...We conclude that the enhanced biomass production of the four-species biofilm is an intrinsic community property emerging from finely tuned space optimization achieved through concerted antagonistic and mutualistic interactions, where each species occupies a defined micro-site favoring its own growth...", backup

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[1] Universiteit Gent: Interactie van voeding met het darmmicrobioom: sleutel tot de menselijke gezondheid Citat: "...Network identification: collaborome “a functionally active network of collaborating microorganisms”...", backup

[2] Patent WO2017134240A1: Use of microbial communities for human and animal health Citat: "...The composition was either produced through the "Assembly" strategy (left panel) or the "Collaborome" strategy (right panel)..."

[3] 2015, lmg.ugent.be: Collaboromics: identifying and engineering core and satellite populations in (synthetic) microbial ecosystems Citat: "...This project is the first, structured research program in collaboromics, i.e. collaborating teams of microorganisms. By understanding the ecological relations between different microbial members of a collaborome we will be able to isolate, collect and compose new, highly performing and highly stable synthetic microbial consortia, eventually leading to a new generation of biotechnological applications of microbial communities...", backup

[4] Omtale: 10. oktober 2019, nyheder.ku.dk: Bakterier modsiger Darwin: Den venligste overlever Citat: "...Ny bakterieforskning fra Københavns Universitet viser, at det nærmere er ’survival of the friendliest’ end ’survival of the fittest’, der gør sig gældende, når grupper af bakterier skal overleve...Sociale bakterier løfter i flok...Faktisk producerede bakterierne 300% mere biofilm, når de var sammen, end hvad de kunne, hvis de havde haft alle ressourcerne for sig selv...", backup

[5] Artikel: 29 July 2019, The ISME Journal: Deciphering links between bacterial interactions and spatial organization in multispecies biofilms Citat: "...We conclude that the enhanced biomass production of the four-species biofilm is an intrinsic community property emerging from finely tuned space optimization achieved through concerted antagonistic and mutualistic interactions, where each species occupies a defined micro-site favoring its own growth...", backup

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