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. 2008 Jan 17;9:20. doi: 10.1186/1471-2164-9-20

Table 3.

Families of SLS containing repeated sequences.

Species Family This work Literature Type Notes
size copies size copies ref.
B. anthracis Bant-1 72 104(29) I
Bcr1 167 31(21) 147 12 [24] I
B. halodurans Bhal-1 74 36(32) I
Bhal-2 76 50(41) I contains CRISPR repeats
C. perfringens Clop-1 93 44(28) I
C. tetani Clot-1 74 19(16) I
Clot-2 31 34(32) contains CRISPR repeats
Clot-3 90 24(17) I contains CRISPR repeats
E. faecalis Efa-1 163 65 (18) I
Efa-2 292 11(9) G
L. johnsonii Lac-1 231 34(6) G
S. aureus Sta-1 105 25(25) I
Sta-2 460 9(8) S
Sta-3 136 24(15) I
Sta-4 99 46(27) I
S. pneumoniae BOX 84 205(105) 100–200 127 [25] I
RUP 63 110(99) 108 54 [26] I
Stre-1 45 241(225) G
B. melithensis Bru-RS 118 222(69) 103–105 35–40 [27] I
R. conorii Rpe-4 100 97(74) 95 94 [28] I
Rpe-5 115 45(35) 115 55 [28] I
Rpe-6 108 123(74) 136 168 [28]
Rpe-7 123 186 144) 99 223 [28]
M. genitalium Myg-1 259 10(7) I
M. pneumoniae Myp-1 143 25(18) G part of REPMP1 repeat
Myp-2 158 42(16) G part of REPMP4 repeat
Myp-3 558 11(8) G part of REPMP5 repeat
Myp-4 364 8(7) G part of REPMP5 repeat
Myp-5 426 8 (8) G part of REPMP5 repeat
Myp-6 468 11(11) G part of REPMP2/3 repeat
Myp-8 674 9(9) G part of REPMP2/3 repeat
Myp-9 226 9(9) G part of REPMP2/3 repeat
Myp-10 330 12 (12) G part of REPMP2/3 repeat
Myp-7 131 42(22) G
C. diphtheriae Cod-1 140 17(16) I
Cod-2 32 43(39) G
Cod-3 170 23(20)
Cod-5 74 35(29) I
M. tuberculosis Myt-1 72 75(70)
Myt-2 115 769(223) G located within PE genes
Myt-3 81 81(77) G located within PE genes
Myt-4 83 196(68) G located within PE genes
Myt-5 71 41(2) G contains CRISPR repeats
Myt-7 136 278(68) G located within PE genes
Myt-8 92 33(25)
Myt-9 67 53(15)
Myt-10 154 62(59) G located within PE genes
Myt-11 65 56(21) contains MIRU repeats
M. leprae REPLEP 740 29(9) 400–880 15 [29] I
RLEP 641 38(30) 601–1075 37 [29] S
Myl-1 371 7(4) S part of LEPREP repeat
Myl-2 1979 9(7) S part of LEPREP repeat
B. bronchiseptica Bor-1 117 196(92) I
Bor-2 167 17(6) I
Bor-3 134 34(32) G
Bor-4 81 164(114) G
Bor-5 112 135(101) G
Bor-6 147 37(31) G
B. pertussis Bor-1 93 128(78) I
N. meningitidis ATR 206 14(9) 183 13 [30] I
Nem-2 341 11(7)
Nem-3 127 10(9) G
Nem-4 36 412(362) I contains DUS repeats
dRS3 33 755(708) 20 770 [30] I
NEMIS 46 262(81) 106–158 250 [13] I
Rep2 65 22(18) 59–154 26 [30] I
P. multocida Pam-1 155 12(12) S contains DUS repeats
E. coli BoxC 50 22(20) 56 32 [31]
Eco-1 734 9(7) G
ERIC 140 19(19) 127 21 [32] S
PU-BIME 108 301(199) 40 485 [31]
H. influenzae Hin-1 31 53(51) I contains DUS repeats
P. aeruginosa Pae-1 84 133(61) I
Pae-2 287 65(24) G
Pae-3 220 16(13) G
Pae-4 52 41(35)
P. putida Ppu-1 617 39(28) I
Ppu-2 2056 10(8) S
Ppu-3 251 27(23) G
Ppu-4 81 41(24) I
Ppu-9 124 57(31) I
REP 39 588(496) 30 804 [33] I
S. typhi PU-BIME 43 146(126) 40 100 [31] I
PU-BIME* 80 59(37) 40 >100 [31]
S. typhimurium PU-BIME 78 142(94) 40 82 [31]
Sal-1 115 27(17) I
Sal-2 120 33(3) G contains CRISPR repeats
V. cholerae ERIC 103 97(66) 127 80 [31] I
Vic-1 184 14(1) I
Y. pestis ERIC 115 241(128) 69–127 167 [16] I
YPAL 168 101(68) 169 30 [17] I
YPAL* 136 26(13) 130 10 [17] I

The final set of 92 families of repeated sequences is reported, grouped by species. For each family, the length of the model and the number of sequences fitting the model are given. The number of complete sequences, i.e. covering the model from end to end, is reported in parenthesis. Previously described sequence families have been named in column "Family", according to the current literature; for each of them, the number and typical size of its members are also provided, together with references. For novel families, a systematic name was built by fusing a shortened species name to a progressive number. In the column "type", I, G and S indicate the prevalent genomic location of the members of each families within intergenic, genic or border-spanning sequences. For some families, small previously described sequence motifs contribute to the formation of a substantially larger model; for others, their members are frequently located within larger previously described sequences. In both cases, a note is reported in the rightmost column.