Figure_4.tif (363.21 kB)
Predicted sulfur oxidation pathways of strain Hiromi 1 inferred from the previously published literatures [63], [66]–[68], [74], [75].
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posted on 2014-08-18, 04:57 authored by Takuro Nunoura, Yoshihiro Takaki, Hiromi Kazama, Jungo Kakuta, Shigeru Shimamura, Hiroko Makita, Miho Hirai, Masayuki Miyazaki, Ken TakaiTCEP; tris(2-carboxyethyl)phosphine.
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chemolithoheterotrophic growth conditionsUncultivated Symbiotic Lineagechemolithoheterotrophyhydrothermal vent chimneysupport growthgammaproteobacterial symbiontshydrothermal ecosystemsSSU rRNA gene sequence similarityphylogenetic groupGenomic Featuresproteinaceous compoundsbiofilm formationOkinawa Troughgastropod endosymbiontscarbon sourcemetagenomic analysesanimal bodiesstrain Hiromi 1novel genussulfur oxidationO 2Various sugarsEnergy metabolismnitrate reductionenergy source
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