Table 3. Putatively assigned genera (on the basis of partial 16S rRNA gene sequences) of integron carrying isolates.
S. No | Isolate | Genus | Ac. No. | S. No | Isolate | Genus | Ac. No. |
1 | aOB 05 | Acidovorax sp. | FM865443 | 46 | MB 57 | Proteus sp. | f |
2 | OB 12 | Pseudomonas sp. | FM865447 | 47 | MB 58 | Acidovorax sp. | a |
3 | bMB 03 | Acinetobacter sp. | FM865448 | 48 | MB 59 | Enterobacter sp. | e |
4 | cMB 05 | Shigella sp. | FM865446 | 49 | MB 60 | Escherichia sp. | o |
5 | rMB 08 | Pseudomonas sp. | FM865444 | 50 | kMB 61 | Citrobacter sp. | HF562228 |
6 | MB 09 | Comamonas sp. | FM865445 | 51 | MB 62 | Pseudomonas sp. | r |
7 | MB 16 | Acidovorax sp. | a | 52 | MB 63 | Acinetobacter sp. | b |
8 | MB 19 | Klebsiella sp. | d | 53 | MB 64 | Salmonella sp. | g |
9 | MB 20 | Salmonella sp. | g | 54 | MB 65 | Escherichia sp. | o |
10 | pMB 21 | Aeromonas sp. | FR677018 | 55 | MB 66 | Kluyvera sp. | HF562221 |
11 | MB 22 | Acinetobacter sp. | FR677019 | 56 | MB 67 | Salmonella sp. | g |
12 | MB 23 | Serratia sp. | i | 57 | MB 68 | Escherichia sp. | o |
13 | MB 24 | Shigella sp. | c | 58 | MB 69 | Escherichia sp. | o |
14 | MB 25 | Un. B | l | 59 | MB 70 | Acidovorax sp. | a |
15 | MB 26 | Klebsiella sp. | d | 60 | MB 71 | Acidovorax sp. | a |
16 | oMB 27 | Escherichia sp. | FN396607 | 61 | MB 72 | Klebsiella sp. | d |
17 | mMB 28 | Un. B | HF562231 | 62 | MB 73 | Enterobacter sp. | e |
18 | MB 29 | Klebsiella sp. | d | 63 | MB 74 | Salmonella sp. | g |
19 | MB 30 | Proteus sp. | f | 64 | MB 75 | Salmonella sp. | g |
20 | MB 31 | Escherichia sp. | o | 65 | MB 76 | Salmonella sp. | g |
21 | MB 32 | Escherichia sp. | o | 66 | MB 77 | Aeromonas sp. | q |
22 | MB 33 | Escherichia sp. | o | 67 | qMB 78 | Aeromonas sp. | HF562229 |
23 | fMB 34B | Proteus sp. | HF562223 | 68 | MB 79 | Escherichia sp. | o |
24 | jMB 35 | Citrobacter sp. | HF562227 | 69 | MB 80 | Acinetobacter sp. | b |
25 | MB 36 | Escherichia sp. | o | 70 | nMB 81 | Un. B | HF562232 |
26 | MB 37A | Escherichia sp. | FN396608 | 71 | MB 82 | Salmonella sp. | g |
27 | gMB 38 | Salmonella sp. | HF562224 | 72 | MB 83 | Un. B | HF562233 |
28 | MB 39 | Aeromonas sp. | p | 73 | MR 01 | Enterobacter sp. | e |
29 | eMB 40 | Enterobacter sp. | HF562222 | 74 | MR 02 | Acidovorax sp. | a |
30 | MB 41 | Un. B | n | 75 | MR 03 | Citrobacter sp. | k |
31 | dMB 42 | Klebsiella sp. | FR677020 | 76 | hMR 04 | Providencia sp. | HF562225 |
32 | MB 43 | Salmonella sp. | g | 77 | SR 19 | Enterobacter sp. | e |
33 | MB 44 | Un. B | HF562230 | 78 | NV 66 | Providencia sp. | h |
34 | MB 45 | K. pneumoniae | FR677021 | 79 | OD 05 | Citrobacter sp. | k |
35 | MB 46 | Acinetobacter sp. | b | 80 | OD 08 | Citrobacter sp. | k |
36 | MB 47 | Proteus sp. | f | 81 | OD 10 | Citrobacter sp. | j |
37 | MB 48 | Un. B | m | 82 | OC 16 | Citrobacter sp. | k |
38 | dMB 49 | Klebsiella sp. | FM865635 | 83 | OC 24 | Citrobacter sp. | j |
39 | MB 50 | Acidovorax sp. | a | 84 | OC 74 | Pseudomonas sp. | r |
40 | MB 51 | Klebsiella sp. | d | 85 | OC 75 | Escherichia sp | o |
41 | MB 52 | A. johnsonii | FN263374 | 86 | OC 78 | Pseudomonas sp. | r |
42 | iMB 53 | Serratia sp. | HF562226 | 87 | OD 21 | Enterobacter sp. | e |
43 | MB 54 | Un. B | m | 88 | OD 24 | Citrobacter sp. | k |
44 | MB 55 | Acinetobacter sp. | b | 89 | MB 12 | Un. B | AM937246 |
45 | MB 56 | Acidovorax sp. | a | 90 | MB 18 | B. siliguriense | AM937247 |
Un.B, Unclassified bacterium; Isolates exhibiting similar phenotype: a, Acidovorax sp.; b, Acinetobacter sp.; c, Shigella sp.; d, Klebsiella sp.; e, Enterobacter sp.; f, Proteus sp.; g, Salmonella sp.; h, Providencia sp.; i, Serratia sp.; j and k, Citrobacter.; l–n, Unknown bacterium; o, Escherichia sp.; p and q, Aeromonas sp.; r, Pseudomonas sp.; A. johnsonii, Acinetobacter johnsonii; B. siliguriense, Brevibacterium siliguirense; K. pneumoniae, Klebsiella pneumoniae; rDNA, ribosomal deoxyribonucleic acid.