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Rear-  range-  ments  3 (non   patho-  genic)  0  ND  ND

                                  Number of   Founder   Mutations   (% of total   carriers)  ND  3 (76.9%)  ND  ND





                                  Number of   Recurrent   Mutations   (% of total   carriers)  ND  3 (76.9%)  0  1 (28.6%)

                               BRCA1 and BRCA2 Mutation Screening in Latin American Hereditary Breast Cancer Cases (Cont.)




                                        Number    of Mutations  Novel  Total  ND  ND  1  6  3  7  2  6




                                             BRCA2  ND     5/53   (9.4%)  5/42   (12%)  3/51   (5.9%)

                                        Families With    Mutation (%)  BRCA1  ND  8/53   (15.1%)  2/42   (4.8%)  4/51   (7.8%) CSGE, Conformation sensitive gel electrophoresis; DGGE, denaturing gradient gel electrophoresis; DHPLC, denaturing high performance liquid chromatography; HAD, heteroduplex  analysis; HRM, high resolution melting; MLPA, multiple ligation probe amplification; ND, not determined; NGS, next generation seque








                                        Screening   Method  MLPA  SSCP, DHPLC,   PTT  HDA, PTT  CSGE










                                          history Features  Two or more relatives with  breast cancer. Presence of  relatives with ovarian can-  cer. Presence of relatives   with male breast cancer  Two or more relatives with  breast cancer. Presence of  relatives with ovarian can- cer. Presence of relatives   with male breast cancer  Two or more relatives with  breast cancer. Presence of  relatives with ovarian can- cer. Presen


                                        Family



                                      Number   of Fami-  lies  74  53  42        51               stranded conformational polymorphism.




                               Table 5.1   Study   Population  Chile Ewald   et al. (2016)  Colombia   Torres et al.   (2007)  Uruguay   Delgado   et al. (2011)  Venezuela   Lara et al.   (2012)
   80   81   82   83   84   85   86   87   88   89   90