Analysis of ESMFold predictions for hetero-hexamers combining monomers from different BMC types.
journal contribution
posted on 2025-05-07, 17:56 authored by Lucie Barthe, Damien Balestrino, Bessam Azizi, Delphine Dessaux, Vanessa Soldan, Jeremy Esque, Thomas Schiex, Sophie Barbe, Luis F. Garcia-AllesPlease refer to S6 Table for data organization details.
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propanediol utilization compartmentplay major rolescurrent models attributeamino acids liningsalmonella enterica klebsiella pneumoniae promiscuous structural crossmultiple structural crossaugmented structural complexitydiv >< pseveral bmc operonsdifferent bmc typesh pair combinationsmajor shell componentscoli structural stabilitystructural promiscuityabundant components>< bcentral bmcbmc shellsbmc operonbmc lumen11 bmcwould breaksubmicrometric reactorsstudy pointsshell plasticitypossibility suggestedoligomeric natureinvolving pduahomologs arisinghexagonal symmetryh poresh paralogsfrequent presencefirst shownexpressed 1esmfold predictionscorresponding poresconcomitant activationchemical exchangescellular cytosolbiochemical meansbacterial microcompartmentsassembly propensityalready detected
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