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SUMMARY OBJECTIVE: This study aimed to evaluate the association between self-reported race/color and ancestry in Brazilian patients with breast cancer. METHODS: This was an observational, transversal, epidemiological study, evaluating race and ancestry in 1,127 patients with breast cancer. For genetic ancestry, a 46-AIM-INDEL panel was used. The ancestral profile was evaluated with the Structure v.2.3.3 software. Descriptive statistics were performed. To assess differences between race and ancestry, an analysis of variance with Bonferoni adjustment was used. RESULTS: The race distribution was 77.7% white, 17.6% brown, 4.1% black, 0.4% yellow, and 0.3% cafuse. The African ancestry proportion was significantly (p<0.001) more evident in black [0.63±0.21 (0.17–0.96)], followed by brown [0.25±0.16 (0.02–0.70)], and less frequent in white skin color. The European ancestry proportion was significantly (p<0.001) higher in white [0.72±0.17 (0.02–0.97)], followed by brown [0.57±0.19 (0.12–0.92)], yellow [0.27±0.31 (0.12–0.620], and black [0.24±0.19 (0.02–0.72)]. The Asiatic ancestry proportion is significantly (p<0.001) higher in yellow [0.48±0.51 (0.04–0.93)]. The Amerindian ancestry proportion frequency was the least frequent in all groups, and cafuse patients did not express differences between all race groups. The brown race group presented differences in African and European ancestry. CONCLUSION: Although we found many similarities between white European ancestry, black African ancestry, and yellow Asian ancestry, there is great miscegenation between patients. Although they can be labeled as having one race, they do present many ancestral genes that would allow their inclusion in another race group. OBJECTIVE selfreported self reported racecolor color cancer METHODS observational transversal 1127 1 127 1,12 46AIMINDEL AIMINDEL 46 AIM INDEL used v233 v 2 3 v.2.3. software performed RESULTS 777 77 7 77.7 176 17 6 17.6 41 4 4.1 04 0 0.4 03 0.3 p<0.001 p0001 p 001 (p<0.001 0.63±0.21 063021 63 21 [0.63±0.2 0.17–0.96, 017096 0.17–0.96 , 96 (0.17–0.96)] 0.25±0.16 025016 25 16 [0.25±0.1 0.02–0.70, 002070 0.02–0.70 02 70 (0.02–0.70)] 0.72±0.17 072017 72 [0.72±0.1 0.02–0.97, 002097 0.02–0.97 97 (0.02–0.97)] 0.57±0.19 057019 57 19 [0.57±0.1 0.12–0.92, 012092 0.12–0.92 12 92 (0.12–0.92)] 0.27±0.31 027031 27 31 [0.27±0.3 0.12–0.620, 0120620 0.12–0.620 620 (0.12–0.620] 0.24±0.19 024019 24 [0.24±0.1 0.02–0.72. 002072 0.02–0.72 . (0.02–0.72)] 0.48±0.51 048051 48 51 [0.48±0.5 0.04–0.93. 004093 0.04–0.93 93 (0.04–0.93)] groups CONCLUSION 112 1,1 v23 v.2.3 77. 17. 4. 0. p<0.00 p000 00 (p<0.00 0.63±0.2 06302 [0.63±0. 01709 0.17–0.9 9 (0.17–0.96) 0.25±0.1 02501 [0.25±0. 00207 0.02–0.7 (0.02–0.70) 0.72±0.1 07201 [0.72±0. 00209 0.02–0.9 (0.02–0.97) 0.57±0.1 05701 5 [0.57±0. 01209 0.12–0.9 (0.12–0.92) 0.27±0.3 02703 [0.27±0. 012062 0.12–0.62 62 (0.12–0.620 0.24±0.1 02401 [0.24±0. (0.02–0.72) 0.48±0.5 04805 [0.48±0. 00409 0.04–0.9 (0.04–0.93) 11 1, v2 v.2. p<0.0 p00 (p<0.0 0.63±0. 0630 [0.63±0 0170 0.17–0. (0.17–0.96 0.25±0. 0250 [0.25±0 0020 0.02–0. (0.02–0.70 0.72±0. 0720 [0.72±0 (0.02–0.97 0.57±0. 0570 [0.57±0 0120 0.12–0. (0.12–0.92 0.27±0. 0270 [0.27±0 01206 0.12–0.6 (0.12–0.62 0.24±0. 0240 [0.24±0 (0.02–0.72 0.48±0. 0480 [0.48±0 0040 0.04–0. (0.04–0.93 v.2 p<0. p0 (p<0. 0.63±0 063 [0.63± 017 0.17–0 (0.17–0.9 0.25±0 025 [0.25± 002 0.02–0 (0.02–0.7 0.72±0 072 [0.72± (0.02–0.9 0.57±0 057 [0.57± 012 0.12–0 (0.12–0.9 0.27±0 027 [0.27± (0.12–0.6 0.24±0 024 [0.24± 0.48±0 048 [0.48± 004 0.04–0 (0.04–0.9 v. p<0 (p<0 0.63± 06 [0.63 01 0.17– (0.17–0. 0.25± [0.25 0.02– (0.02–0. 0.72± 07 [0.72 0.57± 05 [0.57 0.12– (0.12–0. 0.27± [0.27 0.24± [0.24 0.48± [0.48 0.04– (0.04–0. p< (p< 0.63 [0.6 0.17 (0.17–0 0.25 [0.2 0.02 (0.02–0 0.72 [0.7 0.57 [0.5 0.12 (0.12–0 0.27 0.24 0.48 [0.4 0.04 (0.04–0 (p 0.6 [0. 0.1 (0.17– 0.2 0.0 (0.02– 0.7 0.5 (0.12– (0.04– [0 (0.17 (0.02 (0.12 (0.04 [ (0.1 (0.0 (0. (0 (