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• W4206168526 abstract "The hydrogen (H 2 ) fermentative Clostridium hydrogenum sp. nov. strain CUEA01 was isolated from a mangrove sediment in Thailand. Genome sequencing and analysis revealed a genome size of 5,501,482 bp that encoded for 3,292 predicted protein coding genes with annotated functional assignments and many genes associated with carbon utilization and H 2 evolution. The H 2 production performance was evaluated in batch fermentation, and revealed that this strain can grow and produce H 2 at a broad range of temperatures (15–40 °C), pH (4–10), and initial glucose concentrations (5–60 g/L). The maximum H 2 yield (3.11 mol H2 /mol glucose ) was obtained at 37 °C, pH 8, and an initial glucose concentration of 10 g/L. Furthermore, this strain could utilize various carbon sources, including xylose, xylan, starch, mannose, glycerol, and avicel cellulose, amongst others. Additionally, CUEA01 was compatible with agro-industrial wastes and could achieve a maximum CHP of 4639 mL/L and 4024 mL/L from sugarcane molasses and cassava pulp, respectively. This demonstrates that CUEA01 has a potential for H 2 fermentation from complex organic wastes since it can secrete enzyme cocktails that consolidate the fermentation process. • Discovery and reported characteristic of Clostridium hydrogenum sp. nov CUEA01. • Draft genome sequencing of CUEA01 isolated from mangrove sediments in Thailand. • CUEA01 was compatible with various carbon sources e.g., glycerol, starch, xylose. • CUEA01 produced maximum H 2 yield of 3.11 mol H2 /mol glucose . • CUEA01 produced cumulative H 2 production of 4639 mL/L from agro-industrial wastes." @default.
• W4206168526 created "2022-01-26" @default.
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• W4206168526 date "2022-02-01" @default.
• W4206168526 modified "2023-10-17" @default.
• W4206168526 title "Evaluating biohydrogen production by Clostridium hydrogenum sp. nov. strain CUEA01 isolated from mangrove sediments in Thailand" @default.
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• W4206168526 doi "https://doi.org/10.1016/j.ijhydene.2021.12.265" @default.
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