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. 1998 Feb;64(2):637–645. doi: 10.1128/aem.64.2.637-645.1998

TABLE 1.

Composition of the soil master filter

Positiona Nameb Mediumc Sabd Nearest homologe cf kλ/kxg ςh
1  LQ1 PTYG 0.802 Bordetella bronchiseptica 164 238 20
2  LQ5 PTYG 0.375 Pseudomonas syringae 156 180 10
3  LQ6 PTYG 0.396 Azospirillum sp. 200 283 4
4  LQ10 PTYG 0.598 Sphingomonas parapaucimobilis 110 112 11
5  LQ11 PTYG 0.769 Bacillus macroides 148 46 2
6  LQ14 PTYG 0.615 Xanthomonas campestris 132 61 12
7  LQ15 PTYG 0.580 Bacillus pseudomegaterium 116 68 24
8  LQ16 PTYG 0.861 Pseudomonas syringae 176 95 1
9  LQ17 PTYG 0.931 Agrobacterium rubi 152 112 5
10 LQ19 PTYG 0.349 “Flavobacterium” lutescens 152 157 14
11 LQ20 PTYG 0.816 Pseudomonas syringae 156 210 30
12 LQ21 PTYG 0.791 Bordetella parapertussis 148 294 0
13 LQ26 PTYG 0.865 Bordetella parapertussis 130 166 25
14 LQ27 PTYG (Bordetella sp.)i 130 149 36
15 LQ29 PTYG 0.843 Bordetella parapertussis 152 208 32
16 LQ30 PTYG 0.935 Sphingomonas yanoikuyae 140 200 5
17 LQ33 PTYG NDj 180 249 14
18 LQ34 PTYG 0.969 Pseudomonas flavescens 138 170 13
19 LQ35 PTYG 0.972 Pseudomonas flavescens 148 160 6
20 LQ36 PTYG 0.965 Pseudomonas flavescens 136 109 6
21 Q1 HDM, benzene 0.851 Rhodococcus sp. 172 574 98
22 Q2 PTYG 0.879 Bacillus cereus/thuringiensis 148 60 6
23 Q3 PTYG 0.763 Nocardioides luteus 184 330 32
24 Q4 PTYG 0.683 Flavobacterium ferrugineum 160 93 10
25 Q5 HDM, naphthalene 0.779 Pseudomonas syringae 160 142 4
26 Q6 HDM, styrene 0.836 Rhodococcus globerulus 116 202 5
27 Q7 TY 0.741 Pseudomonas syringae 172 151 12
28 Q8 TY 0.879 Bacillus benzoevorans 148 51 7
29 Q9 TY 0.809 Bacillus polymyxa 146 73 7
30 Q10 TY, anoxic 0.504 Bacteroides distasonis 146 72 10
31 Q11 TY, anoxic 0.498 Bacteroides heparinolyticus 240 80 8
32 Q12 TY, anoxic 0.846 Clostridium xylanolyticum 152 65 6
33 Q13 TY, anoxic 0.337 Clostridium sp. 128 61 17
34 Q14 Medium C, anoxic 0.582 Desulfovibrio longus 172 127 6
35 Q15 Medium C, anoxic 0.571 Desulfovibrio desulfuricans 146 94 8
a

Position of denatured chromosomal DNA on master filter. 

b

Name assigned at time of isolation. 

c

Medium used for isolation. Standards 1 to 29 were isolated under aerobic conditions. 

d

Similarity coefficient for query and matching sequences (10). 

e

Nearest homolog in the RDP database as determined by the program SIMILARITY_RANK (10). 

f

Amount of denatured chromosomal DNA (ng) spotted on the filter. 

g

Ratio of hybridization constants for bacteriophage λ and genomic DNA (x) from equation 2 (19). 

h

Average deviation between duplicate measurements of kλ/kx

i

Inferred from cross-hybridization with other Bordetella sp. genomes on the filter. 

j

ND, not determined.