pylori genome (Table 1). There’s no variation in the other 18 loci, which were removed in the following study. The variation in repeat Selleck Selinexor numbers is divergence at the 12 VNTR

loci. The main characteristics of the 12 VNTR loci are listed in Table 2, including the diversity index of each locus. Table 1 Characteristics of the 12 VNTR loci in the reference H.pylori strains Locus name Position in the reference strains (bp) Number of repeat times Repeat unit size (bp) Related gene in 26695   26695 HPAG1 J99 26695 HPAG1 J 99     VNTR-180 16605. . 16643 17912. . 17932 16761. . 16778 2 1 1 20 – VNTR-263 42061. . 42115 43125. . 43167 42199. . 42252 4 3 4 14 rfbD VNTR-614 129983. . 130389 125875. . 126119 Dactolisib in vitro 1238315. . 1238474 9 5 3 53 dld VNTR-557 120659. . 120675 118007. . 118023 116640. . 116673 1 1 2 17 – VNTR-606 129957. . 130396 1189474. . 1189690 1238289. . 1238481 3 1 1 138 dld VNTR-1801 485276. . 485316 452649. . 452673 448197. . 448261 1 1 2 27 hsdR VNTR-2181 580530. . 580546 546643. . 546659 544199. . 544227 1 1 2 12 – VNTR-2457 665196. . 665241 628875. . 628996 625968. . 626121 1 3 3 54 ppa VNTR-2576 696789. . selleck screening library 697001 1067559. . 1067708 1112077. . 1112164 10 7 4 21 galU VNTR-5062 1382502. . 1382594 1314612. . 1314776 1360215. . 1360348 8 14 11 12 – VNTR-5282 1439274.

. 1439284 1368268. . 1368279 1412390. . 1412413 1 1 2 12 clpX VNTR-5581 1512724. . 1512751 1419518. . 1419531 1464638. . 1464651 2 1 1 14 – Table 2 Description of 12 VNTR loci analyzing with 202 H.pylori clinical isolates Locus Forward and Reverse primer (F/R) Annealing temperature (°C) Expected product length in 26695 (bp) Product size range Allele size range(unites) Total number of alleles Nei’s diversity index VNTR-180 F:TAAAGTGAAAGCGTTACAAAAAGAC R:CTTCAGGGTAGGAATACAGCAGAGT 53 185 165-225 1-4 4 55. 7 VNTR-263 F:TTGAATTGCAAGCTAATGAGTC R:AGAAGTGTTGATGCTAGAAGAG 52 352 310-366 1-5 5 63. 0 VNTR-614 F:ATTGATTATGATTTTCTTGGCAATTTTG R:GCTTATGAATGTGTGTTTTGCTGATGAC 54 758 334-864 1-7, 11 9 80. 7 VNTR-557 F:ATGGAAGTTTTTGATTTGATTG

Rho R:GGTGTAATGGGTGTTGATGGTC 50 152 152-202 1-3, 3 12. 3 VNTR-607 F:GAATTGATTATGATTTTCTTGGCAAT R: GCTGAAAACGCTAGGGATAGAGC 52 668 233-673 1, 2, 5-21, 23 20 92. 8 VNTR-1801 F:GCCGTATTTTAGGATAAAGCAAAG R:CGCGTTTTATAGCGCTTCTTATT 52 280 280-604 1-5, 12 5 57. 3 VNTR-2181 F:TTATGGAAAATATCATACAACCCCCTAT R:ATTTAGAAAAATTACCCCTTTCATCAAG 52 378 378-426 1-3, 5 4 20. 9 VNTR-2457 F:TAGAAGATTGCTTGAAAAGCCCTTT R:GCTCTATGATTTTAAAACGCTCCGT 52 650 650-812 1-4 4 73. 6 VNTR-2576 F:GATTTTTGATARGCTTTGCGATAG R:TAAAACGATTTTAGAAAACGACAC 51 371 182-371 1-7, 10 8 46. 2 VNTR-5062 F:AAGCTCGCCCTCATCGCC R:TAAAAAATATTAAATAATCAATT 50 307 223-259 1-4 4 40. 9 VNTR-5282 F:CCTTAAGCTCTTTAGGGGCTGG R:GAGAGTTCTAGGGGCGTGGC 56 335 335-371 1-4 4 36. 2 VNTR-5581 F:CGTTCACTCTGAGCCAGGATC R:GCTCTTTCTGTTTTGTTGTTGTAAT 52 202 190-218 1-3 3 34.