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Initial Parallel Arrangement of Extracellular Fibrils Holds a Key for Sheath Frame Construction by Leptothrix sp. Strain OUMS1

机译:细胞外原纤维的初始平行排列是Leptothrix sp。构建鞘框架的关键。应变OUMS1

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Early stages of sheath formation by Leptothrix sp. strain OUMS1 and its derivative sheathless mutant grown in media with or without Fe were examined by light and electron microscopy. Results showed that the initial parallel arrangement of fibrils excreted from the cells holds a key for subsequent construction of the sheath frame and that aqueous-phase Fe interacts with excreted fibrils whether fibrils are parallel-arranged or simply-intermingled.
机译:Leptothrix sp。形成鞘的早期阶段。通过光学和电子显微镜检查了在有或没有铁的培养基中生长的菌株OUMS1及其衍生的无鞘突变体。结果表明,从细胞中排泄的原纤维的初始平行排列是鞘构架后续构造的关键,并且无论原纤维是平行排列还是简单地混合,水相Fe都与排泄的原纤维相互作用。

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