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. 2016 Jul 30;7(35):57036–57049. doi: 10.18632/oncotarget.10958

Table 8. Summary of patient characteristics, mutation types, and allele burdens in patients with both JAK2 and CALR mutations in this study and previous studies.

No. Case Diagnosis Sex Age CALR mutation CALR allele burden (%) JAK2 allele burden (%) Reference
1 ET U U U U U [4]
2 RARS-T F 73 c.1129_1138del U 4 [5]
3 PMF U U c.1092_1143del (type 1) U U [6]
4 ET F 79 c.1094_1139del (type 6) 10.5 <1 [7]
5–8 PMF U U U U U [8]
9 ET U U c.1092_1143del (type 1) U 0.03 [9]
10 ET F 62 c.1095_1140del (type 3) 24.22 0.16 this study
11 ET M 29 c.1144del 50.37 0.27 this study
12 ET F 71 c.1092_1143del (type 1) 61.08 0.12 this study
13 ET F 61 U* 4.47 0.10 this study
14 ET F 74 c.1092_1143del (type 1) 89.48 0.38 this study
15 ET M 37 c.1092_1143del (type 1) 40.65 0.14 this study
16 ET M 57 c.1154_1155insTTGTC (type 2) 36.92 0.26 this study
17 ET F 77 c.1092_1143del (type 1) 47.54 0.28 this study

ET, essential thrombocythemia; RARS-T, refractory anemia with ringed sideroblasts and marked thrombocytosis; PMF, primary myelofibrosis; U, unknown; F, female; M, male.

*

CALR mutations were detected only via gene fragment analysis owing to low allele burden.