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. 2014 May 22;9(5):e98357. doi: 10.1371/journal.pone.0098357

Table 1. Molecular characterization of p29 genomic sequence within Echinococcus genus.

Sample no. Echinococcus species Sample origin Total no of sequenced clones No. of clones Sequence type
1 E. granulosus s.s. (G1) Sheep 20 12 E.g s.s.(G1) P29A1
8 E.g s.s.(G1) P29A2
2 E. granulosus s.s. (G1) Sheep 20 9 E.g s.s.(G1) P29A1
11 E.g s.s.(G1) P29A2
3 E. granulosus s.s. (G1) Sheep 20 18* E.g s.s.(G1) P29A2
4 E. granulosus s.s. (G1) Sheep 20 20 E.g s.s.(G1) P29A1
5 E. granulosus s.s. (G1) Sheep 20 8 E.g s.s.(G1) P29A1
10* E.g s.s.(G1) P29A2
6 E. equinus (G4) Horse 20 20 E.eq (G4) P29
7 E. ortleppi (G5) Cow 20 19* E.ort (G5) P29
8 E. canadensis (G6) Camel 20 20 E.can (G6) P29
9 E. canadensis (G7) Pig 20 20 E.can (G7) P29
10 E. canadensis (G10) Deer 20 17 E.can (G10) P29
11 E.multilocularis (Switzerland) Human 20 20 E.m P29
12 E.multilocularis (Germany) Human 20 20 E.m P29
13 E.multilocularis (St. Lawrence Island) Human 20 20 E.m P29
14 E.multilocularis (Canada) Human 20 20 E.m P29

*In total five clones were rejected because of the bad quality of their sequences (2 clones from sample 3, 2 from sample 5 and 1 clone from sample 7).