Abstract
ABSTRACTA new Firmicutes isolate, strain HV4-6-A5C, was obtained from the hydrolysis stage of a mesophilic and anaerobic two-stage lab-scale leach-bed system for biomethanation of fresh grass. It is assumed that the bacterial isolate contributes to plant biomass degradation. Here, we report a draft annotated genome sequence of this organism.
Highlights
A new Firmicutes isolate, strain HV4-6-A5C, was obtained from the hydrolysis stage of a mesophilic and anaerobic two-stage lab-scale leach-bed system for biomethanation of fresh grass
We present the genome sequence of a new Firmicutes isolate, strain HV4-6-A5C, which has a putative role in the microbial metabolic network for plant biomass degradation
Sequences were filtered by quality, and a total of 29.15 million PE sequences with a Q value higher than 20 were included in the assembly
Summary
A new Firmicutes isolate, strain HV4-6-A5C, was obtained from the hydrolysis stage of a mesophilic and anaerobic two-stage lab-scale leach-bed system for biomethanation of fresh grass. We present the genome sequence of a new Firmicutes isolate, strain HV4-6-A5C, which has a putative role in the microbial metabolic network for plant biomass degradation. This strain was isolated from a lab-scale leach-bed biogas reactor system, which was operated at 37°C with fresh grass as the sole substrate.
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