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. 2014 Aug 29;8(3):604–613. doi: 10.1111/1751-7915.12157

Table 1.

Putative epoxide hydrolases (EHs) retrieved from the BrMgv02 dataset

Approach (Mangrove) Best-hit protein (NCBI Accession No.) Putative microbial source based on homology (Best hit protein) Hit-length (aa) Query-length (bp) e-value Amino acid identity (%) ESTHERc
1 (BrMgv02) Putative epoxide hydrolase (YP_761108) Hyphomonas neptunium 320 345 7e-48 73.04 XE
Epoxide hydrolase (NP_823281) Streptomyces avermitilis 328 394 2e-28 48.46a XE
Epoxide hydrolase (YP_002203910) Streptomyces sviceus 330 393 8e-28 47.69a XE
Epoxide hydrolase (NP_767754) Bradyrhizobium diazoefficiens 330 345 7e-24 50a XE
Epoxide hydrolase (YP_002129963.1) Phenylobacterium zucineum 321 347 4e-23 51a XE
2 (BrMgv02) Alpha/beta hydrolase fold protein (WP_008687080.1) Rhodopirellula sallentina 319 850 1e-65 40ab XE
Epoxide hydrolase – like protein (YP_003705817.1) Frankia sp. 398 351 4e-32 51ab XE
Alpha/beta hydrolase fold protein (YP_002544714.1) Truepera radiovictrix 292 504 3e-38 69b XE
Alpha/beta hydrolase fold protein (YP_003336243.1) Streptosporangium roseum 307 1459 3e-75 55ab XE
Epoxide hydrolase domain protein (WP_007534516.1) Rhizobium mesoamericanum 199 345 3e-21 49ab XE
Epoxide hydrolase (WP_009025691) Bradyrhizobium sp. 334 802 8e-74 46ab XE
Alpha/beta hydrolase (YP_727726.1) Rhodospirillum rubrum 305 1039 4e-116 64b XE
a

Putative novel protein based on low amino acid identity (< 60%).

b

Complete genes.

c

Classification based on BLASTX against ESTHER database (Lenfant et al., 2013).

The table was constructed using two different approaches: (1) Whole metagenome sequencing – and BLASTX against the LED; (2) Fosmid library sequencing – and BLASTX against the NCBI using the MG-RAST pipeline.

XE, Block_X, Family Epoxide_hydrolase.