Table 3 16S rDNA gene sequence obtained from the pretreated wastewater by white rot fungi in this study
Clone No. | Best match database (Accession) | Similarity (%) | Environmental functions | References |
|---|---|---|---|---|
S1 | Bacteroides sp. (AB596884.1) | 99 | Break down macromolecules in anaerobic digesters | Auerbach et al. (2007) |
S2 | Cloacibacterium normanense (LN613116.1) | 100 | Anaerobic, rod-shaped bacterium to recycle fibers | Ntougias et al. (2015) |
S3 | Petrimonas sulfuriphila (NR_042987.1) | 100 | Exist in removal process of ammonium in the wastewater | Nakasaki et al. (2009) |
S4 | Flavobacterium cucumis (KF261012.1) | 100 | Degrade potentially toxic compounds | Spain et al. (2007) |
S5 | Achromobacter sp. (LK936601.1) | 100 | The ammonia and nitrite oxidizing bacteria | Honda and Osawa (2002) |
S6 | Xenophilus sp. (KC010298.1) | 98 | Nitrification treatment of methane fermentation digestion | Qiao et al. (2010) |
S7 | Dechloromonas sp.(EF632559.1) | 97 | Degrade phenol and benzene | Spain et al. (2007) |
S8 | Stenotrophomonas sp. (EF221774.1) | 100 | Efficiently degrade NO3–N in semi-anaerobic condition | Yu et al. (2009) |
S9 | Uncultured Bacteroidetes bacterium (KF630625.1) | 99 | Remove ammonium in the wastewater | Zhou et al. (2010) |
S10 | Alcaligenes sp. (FR745404.1) | 99 | Relatively high ammonium removal potential | Spain et al. (2007) |
S11 | Bacillus sp. (KC430992.1) | 100 | Remove ammonium in the wastewater | Zheng et al. (2011) |
S12 | Castellaniella defragrans (FJ982930.1) | 100 | Degrade phenol and benzene | Spain et al. (2007) |
S13 | Denitrobacter sp. (EF471227.1) | 99 | Degradation of wood and cycling of nitrogen and sulfur | Lu et al. (2003) |
S14 | Magnetospirillum sp. (KM289194.1) | 100 | Contribute to the global iron cycle | Matsunaga et al. (2005) |