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. 2004 Oct;70(10):5868–5874. doi: 10.1128/AEM.70.10.5868-5874.2004

TABLE 3.

Tentative identification of dominant DGGE bands by sequencing the excised bands and BLAST analysisa

Band name Sequence size (bp) Accession no. Closest relative (accession no.) Alignment, % similarity Score Taxonomic affiliation
Ca 314 AY391554 Sinorhizobium sp. and Agrobacterium sp. (e.g., AJ300187 and L39882) 313/314, 99 615 α-Proteobacteria
Ma 300 AY391555 Uncultured soil bacterium (AF507686) 290/292, 99 563 Unknown
Mb 301 AY391556 Uncultured soil bacterium (AF507686) 289/292, 98 555 Unknown
Mc 317 AY391557 Uncultured soil bacterium (AF507740) 312/317, 98 589 Unknown
Md 315 AY391558 Uncultured acidobacterium (AY177759) 310/315, 98 585 Acidobacteria
Me 302 AY391559 Uncultured soil bacterium (e.g., AF423305 and AF423295) 294/294, 100 583 Unknown
NPKa 313 AY391560 Uncultured bacterium (AB075101) 306/313, 97 565 Unknown
NPKb 301 AY391561 Uncultured bacterium (AJ318200) 282/292, 96 500 Unknown
NPKc 314 AY391562 Uncultured soil bacterium (AY326617) 304/314, 96 543 Unknown
NPKd 309 AY391563 Massilia timonae (e.g., U54470 and AY157761) 306/309, 99 589 β-Proteobacteria
NPKe 309 AY391564 β-Proteobacterium (AY278883) 306/309, 99 589 β-Proteobacteria
a

Sequences were aligned with the closest relatives (highest score) in the GenBank database with BLAST. Bands correspond to those excised from the DGGE gel (Fig. 1). The percentage of similarity was calculated without taking gaps into account. The part of the total sequence used for alignment is indicated by the alignment data. Nucleotide sequences can be accessed by using the accession numbers at http://www.ncbi.nlm.nih.gov.