Datasets:
sample_id stringlengths 23 23 | population stringclasses 7
values | region stringclasses 5
values | is_SSA bool 2
classes | is_reference_panel bool 2
classes | sex stringclasses 2
values | age int64 18 90 ⌀ | bmi float64 14 47.1 ⌀ | ses stringclasses 3
values | prs_category stringclasses 3
values | prs_standardized float64 -2.99 2.55 ⌀ | high_risk_germline bool 2
classes | stage_at_diagnosis stringclasses 4
values | grade int64 1 3 ⌀ | tumour_size_cm float64 0.2 13.8 ⌀ | treatment_regimen stringclasses 5
values | tumor_subtype stringclasses 5
values | er_status stringclasses 2
values | pr_status stringclasses 2
values | her2_status stringclasses 2
values | nlr_category stringclasses 3
values | triple_negative bool 2
classes | os_time_years float64 0 9.99 ⌀ | os_event bool 2
classes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
INTEGRATED_SAMPLE_00001 | SSA_West | West | true | false | Female | 53 | 25.2 | High | Low | -0.192 | false | III | 3 | 7.33 | Endocrine_only | Luminal_A | Positive | Positive | Negative | Low | false | 6.208 | false |
INTEGRATED_SAMPLE_00002 | SSA_West | West | true | false | Female | 39 | 24.2 | Low | Average | -0.403 | false | IV | 3 | 7.46 | Palliative_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 2.356 | false |
INTEGRATED_SAMPLE_00003 | SSA_West | West | true | false | Female | 58 | 29.7 | Low | High | -0.283 | false | III | 3 | 4.68 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.056 | true |
INTEGRATED_SAMPLE_00004 | SSA_West | West | true | false | Female | 60 | 28.8 | Middle | Average | 0.36 | false | II | 2 | 1.43 | Chemo_only | Luminal_A | Positive | Positive | Positive | Intermediate | false | 5.918 | true |
INTEGRATED_SAMPLE_00005 | SSA_West | West | true | false | Female | 29 | 20.5 | Middle | Average | -0.925 | false | II | 2 | 2.32 | Chemo_only | HER2_enriched | Positive | Positive | Positive | Intermediate | false | 2.987 | true |
INTEGRATED_SAMPLE_00006 | SSA_West | West | true | false | Female | 36 | 33.1 | Low | Average | 0.458 | false | I | 3 | 2.01 | Endocrine_only | HER2_enriched | Positive | Positive | Positive | Intermediate | false | 4.679 | true |
INTEGRATED_SAMPLE_00007 | SSA_West | West | true | false | Female | 51 | 27 | Middle | Average | 0.19 | false | IV | 3 | 11.17 | Endocrine_only | Basal_like | Negative | Negative | Negative | Low | true | 0.09 | true |
INTEGRATED_SAMPLE_00008 | SSA_West | West | true | false | Female | 47 | 21.9 | Low | High | 0.759 | false | II | 2 | 4.73 | Endocrine_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.268 | true |
INTEGRATED_SAMPLE_00009 | SSA_West | West | true | false | Female | 50 | 33.4 | Middle | High | -0.179 | false | IV | 3 | 8.61 | Chemo_only | Basal_like | Negative | Negative | Negative | Low | true | 0.943 | true |
INTEGRATED_SAMPLE_00010 | SSA_West | West | true | false | Female | 41 | 30.6 | Middle | Low | -0.779 | false | IV | 2 | 6.65 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | High | true | 1.805 | true |
INTEGRATED_SAMPLE_00011 | SSA_West | West | true | false | Female | 60 | 21.2 | Low | Low | -0.171 | false | I | 2 | 2.21 | Chemo_only | Basal_like | Negative | Negative | Negative | Low | true | 3.984 | false |
INTEGRATED_SAMPLE_00012 | SSA_West | West | true | false | Female | 59 | 36.4 | High | Low | -0.503 | false | III | 3 | 7.14 | Endocrine_only | Basal_like | Negative | Negative | Negative | High | true | 0.343 | true |
INTEGRATED_SAMPLE_00013 | SSA_West | West | true | false | Female | 51 | 30.8 | High | Average | 1.488 | false | II | 2 | 1.85 | Chemo_only | HER2_enriched | Positive | Positive | Positive | High | false | 0.934 | true |
INTEGRATED_SAMPLE_00014 | SSA_West | West | true | false | Female | 62 | 27.4 | Low | High | 1.115 | true | III | 3 | 5.62 | Chemo_only | Luminal_A | Positive | Positive | Negative | Low | false | 0.74 | true |
INTEGRATED_SAMPLE_00015 | SSA_West | West | true | false | Female | 55 | 35.5 | Low | Average | 0.615 | false | IV | 3 | 8.82 | Surgery_only | Luminal_A | Positive | Positive | Negative | High | false | 0.847 | false |
INTEGRATED_SAMPLE_00016 | SSA_West | West | true | false | Female | 41 | 28.3 | Middle | Average | -0.32 | false | IV | 2 | 9.75 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Low | true | 0.472 | true |
INTEGRATED_SAMPLE_00017 | SSA_West | West | true | false | Female | 54 | 27.4 | Low | Average | 0.406 | false | III | 2 | 7.91 | Chemo_plus_targeted | Luminal_B | Positive | Positive | Negative | Low | false | 0.228 | true |
INTEGRATED_SAMPLE_00018 | SSA_West | West | true | false | Female | 39 | 24.2 | Low | High | 0.259 | false | III | 3 | 5.65 | Endocrine_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 3.832 | true |
INTEGRATED_SAMPLE_00019 | SSA_West | West | true | false | Female | 60 | 30.4 | Low | Low | -0.719 | false | II | 2 | 2.76 | Endocrine_only | Luminal_B | Positive | Positive | Negative | High | false | 5.219 | false |
INTEGRATED_SAMPLE_00020 | SSA_West | West | true | false | Female | 49 | 29.9 | High | Average | -0.968 | false | II | 2 | 1.82 | Chemo_only | Luminal_B | Positive | Positive | Negative | Intermediate | false | 0.589 | true |
INTEGRATED_SAMPLE_00021 | SSA_West | West | true | false | Female | 48 | 27.6 | Low | Average | 0.098 | false | III | 3 | 6.66 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 6.83 | true |
INTEGRATED_SAMPLE_00022 | SSA_West | West | true | false | Female | 43 | 23.6 | Middle | Average | -0.091 | false | I | 2 | 2.74 | Chemo_plus_targeted | Luminal_B | Positive | Positive | Negative | Intermediate | false | 5.739 | false |
INTEGRATED_SAMPLE_00023 | SSA_West | West | true | false | Female | 63 | 28.1 | Low | Average | 0.346 | false | III | 1 | 6.81 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | High | true | 0.502 | true |
INTEGRATED_SAMPLE_00024 | SSA_West | West | true | false | Female | 48 | 27.2 | Low | Average | -0.599 | false | IV | 1 | 6.76 | Palliative_only | Luminal_A | Positive | Positive | Positive | Low | false | 0.207 | true |
INTEGRATED_SAMPLE_00025 | SSA_West | West | true | false | Female | 45 | 20.8 | High | High | 0.579 | false | III | 3 | 6.35 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.305 | true |
INTEGRATED_SAMPLE_00026 | SSA_West | West | true | false | Female | 46 | 20.1 | Low | Average | 0.4 | true | II | 2 | 5.11 | Chemo_only | Luminal_A | Positive | Positive | Negative | High | false | 8.463 | false |
INTEGRATED_SAMPLE_00027 | SSA_West | West | true | false | Female | 56 | 30.3 | Low | High | 1.135 | false | III | 2 | 4.83 | Chemo_only | Basal_like | Negative | Negative | Negative | High | true | 0.034 | true |
INTEGRATED_SAMPLE_00028 | SSA_West | West | true | false | Female | 54 | 14.5 | Low | Average | -0.264 | false | III | 2 | 6.57 | Chemo_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.207 | true |
INTEGRATED_SAMPLE_00029 | SSA_West | West | true | false | Female | 55 | 28.5 | Middle | High | 0.336 | false | II | 2 | 7.63 | Palliative_only | Luminal_B | Positive | Positive | Negative | Intermediate | false | 0.861 | false |
INTEGRATED_SAMPLE_00030 | SSA_West | West | true | false | Female | 55 | 25.1 | Low | Low | -0.181 | false | II | 1 | 6.94 | Surgery_only | Luminal_A | Positive | Positive | Negative | High | false | 1.596 | true |
INTEGRATED_SAMPLE_00031 | SSA_West | West | true | false | Male | 74 | 34 | Low | Average | -1.093 | false | III | 3 | 4.48 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Low | true | 2.965 | true |
INTEGRATED_SAMPLE_00032 | SSA_West | West | true | false | Female | 46 | 25 | Low | Low | -0.644 | false | IV | 3 | 6.57 | Palliative_only | Basal_like | Negative | Negative | Negative | High | true | 0.008 | true |
INTEGRATED_SAMPLE_00033 | SSA_West | West | true | false | Female | 44 | 30.8 | Low | Average | -0.101 | false | II | 2 | 4.05 | Chemo_plus_targeted | Luminal_B | Positive | Positive | Negative | Intermediate | false | 0.016 | true |
INTEGRATED_SAMPLE_00034 | SSA_West | West | true | false | Female | 41 | 25.5 | Low | Low | -0.916 | false | III | 3 | 6.87 | Chemo_only | Luminal_A | Positive | Negative | Negative | Intermediate | false | 1.474 | true |
INTEGRATED_SAMPLE_00035 | SSA_West | West | true | false | Female | 57 | 28.1 | Middle | Low | -0.592 | false | III | 2 | 7.82 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | High | true | 0.435 | true |
INTEGRATED_SAMPLE_00036 | SSA_West | West | true | false | Female | 62 | 31.2 | Low | Average | 0.254 | false | IV | 3 | 9.65 | Chemo_plus_targeted | HER2_enriched | Positive | Negative | Positive | Intermediate | false | 0.611 | true |
INTEGRATED_SAMPLE_00037 | SSA_West | West | true | false | Female | 49 | 25.2 | Low | Low | -0.514 | false | I | 1 | 3.76 | Surgery_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 1.637 | false |
INTEGRATED_SAMPLE_00038 | SSA_West | West | true | false | Female | 41 | 32.5 | Middle | Average | 1.206 | false | III | 3 | 6.91 | Chemo_only | Luminal_A | Negative | Positive | Positive | Intermediate | false | 4.252 | true |
INTEGRATED_SAMPLE_00039 | SSA_West | West | true | false | Female | 41 | 22.5 | Middle | High | 1.129 | false | IV | 2 | 7.53 | Palliative_only | Basal_like | Negative | Negative | Negative | Low | true | 1.513 | true |
INTEGRATED_SAMPLE_00040 | SSA_West | West | true | false | Female | 57 | 29 | Low | Low | -0.682 | false | II | 1 | 6.05 | Chemo_only | Luminal_B | Positive | Positive | Negative | Intermediate | false | 2.07 | false |
INTEGRATED_SAMPLE_00041 | SSA_West | West | true | false | Female | 58 | 32.1 | Low | Low | -0.948 | false | II | 2 | 6.68 | Chemo_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 7.299 | false |
INTEGRATED_SAMPLE_00042 | SSA_West | West | true | false | Female | 56 | 30.8 | Low | Low | -0.891 | false | I | 2 | 0.89 | Chemo_only | HER2_enriched | Negative | Negative | Positive | High | false | 1.696 | false |
INTEGRATED_SAMPLE_00043 | SSA_West | West | true | false | Female | 43 | 37.1 | High | Average | 0.931 | false | II | 2 | 3.65 | Endocrine_only | HER2_enriched | Positive | Negative | Positive | Low | false | 2.014 | true |
INTEGRATED_SAMPLE_00044 | SSA_West | West | true | false | Female | 53 | 23.7 | Low | Average | 0.182 | false | IV | 3 | 9.21 | Palliative_only | Luminal_B | Positive | Positive | Positive | Low | false | 0.017 | true |
INTEGRATED_SAMPLE_00045 | SSA_West | West | true | false | Female | 51 | 20.6 | Low | Low | 0.115 | false | II | 3 | 3.77 | Chemo_only | Basal_like | Negative | Negative | Positive | Low | false | 7.648 | false |
INTEGRATED_SAMPLE_00046 | SSA_West | West | true | false | Female | 52 | 22.5 | Low | Average | -0.43 | false | III | 3 | 4.18 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Low | false | 3.62 | false |
INTEGRATED_SAMPLE_00047 | SSA_West | West | true | false | Female | 60 | 30.8 | Low | Average | -0.068 | false | II | 3 | 5.27 | Chemo_only | Luminal_B | Positive | Positive | Negative | Low | false | 1.325 | true |
INTEGRATED_SAMPLE_00048 | SSA_West | West | true | false | Female | 52 | 30 | Low | Average | -0.171 | true | III | 3 | 5.89 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 1.912 | true |
INTEGRATED_SAMPLE_00049 | SSA_West | West | true | false | Female | 57 | 28 | Low | High | 0.757 | false | III | 3 | 6.1 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Low | true | 0.411 | true |
INTEGRATED_SAMPLE_00050 | SSA_West | West | true | false | Female | 51 | 21.9 | Middle | Average | 0.84 | false | III | 2 | 7.89 | Endocrine_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 3.258 | true |
INTEGRATED_SAMPLE_00051 | SSA_West | West | true | false | Female | 53 | 31.3 | Middle | High | 1 | false | II | 2 | 3.18 | Surgery_only | Basal_like | Negative | Negative | Negative | Low | true | 6.162 | false |
INTEGRATED_SAMPLE_00052 | SSA_West | West | true | false | Female | 57 | 21.4 | Middle | Low | -0.289 | false | III | 3 | 7.08 | Chemo_only | Basal_like | Positive | Negative | Positive | Intermediate | false | 0.513 | true |
INTEGRATED_SAMPLE_00053 | SSA_West | West | true | false | Female | 34 | 33.3 | Middle | Average | 0.905 | false | III | 1 | 0.87 | Surgery_only | Basal_like | Negative | Positive | Negative | Intermediate | false | 1.805 | true |
INTEGRATED_SAMPLE_00054 | SSA_West | West | true | false | Female | 46 | 41.8 | Low | Low | -1.037 | false | II | 2 | 3.46 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 2.729 | false |
INTEGRATED_SAMPLE_00055 | SSA_West | West | true | false | Female | 45 | 29.3 | High | Average | 0.006 | false | III | 3 | 5.61 | Chemo_only | Luminal_A | Positive | Positive | Negative | High | false | 1.576 | true |
INTEGRATED_SAMPLE_00056 | SSA_West | West | true | false | Female | 43 | 30.4 | Middle | Average | 0.852 | false | II | 2 | 8.12 | Endocrine_only | Luminal_A | Positive | Positive | Negative | Low | false | 5.841 | true |
INTEGRATED_SAMPLE_00057 | SSA_West | West | true | false | Female | 47 | 25 | Middle | Low | -0.127 | false | III | 3 | 4.44 | Surgery_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 5.01 | false |
INTEGRATED_SAMPLE_00058 | SSA_West | West | true | false | Female | 66 | 18.4 | Middle | Average | 0.845 | false | I | 2 | 0.2 | Surgery_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 5.576 | false |
INTEGRATED_SAMPLE_00059 | SSA_West | West | true | false | Female | 40 | 24.5 | Low | High | 0.727 | false | I | 1 | 2.49 | Surgery_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 6.17 | false |
INTEGRATED_SAMPLE_00060 | SSA_West | West | true | false | Female | 61 | 22 | Low | Average | 0.371 | false | I | 2 | 1.88 | Surgery_only | Luminal_A | Positive | Positive | Negative | High | false | 6.602 | false |
INTEGRATED_SAMPLE_00061 | SSA_West | West | true | false | Female | 31 | 20.3 | Low | High | 1.612 | false | I | 1 | 4.49 | Surgery_only | HER2_enriched | Negative | Positive | Positive | Intermediate | false | 9.755 | false |
INTEGRATED_SAMPLE_00062 | SSA_West | West | true | false | Female | 46 | 36.1 | Low | Average | -0.45 | false | III | 3 | 5.06 | Palliative_only | Basal_like | Negative | Negative | Negative | High | true | 0.019 | true |
INTEGRATED_SAMPLE_00063 | SSA_West | West | true | false | Female | 52 | 28.9 | Middle | Average | 0.252 | false | IV | 3 | 5.46 | Palliative_only | Basal_like | Negative | Positive | Negative | Low | false | 1.002 | true |
INTEGRATED_SAMPLE_00064 | SSA_West | West | true | false | Female | 56 | 29.4 | Low | Low | -0.62 | false | IV | 3 | 3.92 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.262 | true |
INTEGRATED_SAMPLE_00065 | SSA_West | West | true | false | Female | 58 | 26 | Low | High | 0.978 | false | III | 2 | 3.45 | Chemo_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.918 | true |
INTEGRATED_SAMPLE_00066 | SSA_West | West | true | false | Female | 59 | 26.6 | High | Low | 0.138 | false | I | 1 | 4.6 | Surgery_only | Luminal_A | Positive | Positive | Positive | Low | false | 4.533 | false |
INTEGRATED_SAMPLE_00067 | SSA_West | West | true | false | Female | 46 | 32.3 | Middle | Average | -0.043 | false | II | 2 | 7.23 | Chemo_only | HER2_enriched | Negative | Positive | Positive | Intermediate | false | 6.101 | true |
INTEGRATED_SAMPLE_00068 | SSA_West | West | true | false | Female | 45 | 27.3 | Middle | Low | -0.166 | false | III | 3 | 9.8 | Chemo_only | Luminal_B | Positive | Positive | Negative | Intermediate | false | 6.287 | false |
INTEGRATED_SAMPLE_00069 | SSA_West | West | true | false | Female | 59 | 30.2 | Low | High | -0.228 | false | IV | 3 | 7.21 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Intermediate | false | 0.094 | true |
INTEGRATED_SAMPLE_00070 | SSA_West | West | true | false | Female | 48 | 26.5 | Middle | Average | -0.001 | false | II | 2 | 5.6 | Endocrine_only | Basal_like | Positive | Negative | Negative | Intermediate | false | 0.614 | true |
INTEGRATED_SAMPLE_00071 | SSA_West | West | true | false | Female | 36 | 25.8 | High | Average | -0.043 | false | III | 3 | 9.15 | Endocrine_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 0.984 | true |
INTEGRATED_SAMPLE_00072 | SSA_West | West | true | false | Female | 38 | 20.5 | Middle | Average | -1.24 | false | II | 3 | 3.63 | Surgery_only | Basal_like | Negative | Negative | Negative | High | true | 1.448 | false |
INTEGRATED_SAMPLE_00073 | SSA_West | West | true | false | Female | 40 | 17.6 | Middle | Average | -0.798 | false | IV | 3 | 10.46 | Palliative_only | Basal_like | Negative | Negative | Negative | Low | true | 0.106 | true |
INTEGRATED_SAMPLE_00074 | SSA_West | West | true | false | Female | 55 | 26.2 | Middle | Low | -1.093 | false | II | 3 | 5.33 | Chemo_only | Luminal_A | Positive | Positive | Negative | Low | false | 4.118 | false |
INTEGRATED_SAMPLE_00075 | SSA_West | West | true | false | Female | 52 | 27.8 | Low | Low | -1.371 | true | III | 3 | 10.91 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Intermediate | false | 6.29 | true |
INTEGRATED_SAMPLE_00076 | SSA_West | West | true | false | Female | 58 | 21.1 | Middle | Average | -0.243 | false | I | 2 | 2.74 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | High | false | 5.19 | false |
INTEGRATED_SAMPLE_00077 | SSA_West | West | true | false | Female | 45 | 27.3 | High | Low | -0.678 | false | III | 3 | 7.38 | Chemo_plus_targeted | Basal_like | Negative | Negative | Negative | High | true | 0.456 | true |
INTEGRATED_SAMPLE_00078 | SSA_West | West | true | false | Female | 52 | 27.8 | Low | High | 0.588 | false | IV | 2 | 6.18 | Palliative_only | Luminal_A | Positive | Positive | Negative | High | false | 0.026 | true |
INTEGRATED_SAMPLE_00079 | SSA_West | West | true | false | Male | 57 | 16.7 | Low | High | 1.235 | false | I | 3 | 0.8 | Surgery_only | Basal_like | Negative | Negative | Negative | Low | true | 0.172 | true |
INTEGRATED_SAMPLE_00080 | SSA_West | West | true | false | Female | 47 | 22.9 | Low | Average | -0.644 | false | IV | 3 | 6.17 | Chemo_only | Luminal_B | Positive | Negative | Negative | Low | false | 0.777 | true |
INTEGRATED_SAMPLE_00081 | SSA_West | West | true | false | Female | 55 | 29.5 | Low | Average | 0.11 | false | IV | 3 | 5.04 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Low | false | 0.974 | true |
INTEGRATED_SAMPLE_00082 | SSA_West | West | true | false | Female | 43 | 29.4 | High | Average | 0.309 | false | II | 1 | 4.98 | Chemo_only | HER2_enriched | Positive | Positive | Positive | Intermediate | false | 6.322 | false |
INTEGRATED_SAMPLE_00083 | SSA_West | West | true | false | Female | 46 | 21.7 | Middle | Average | -1.183 | false | III | 3 | 6.74 | Surgery_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 1.451 | true |
INTEGRATED_SAMPLE_00084 | SSA_West | West | true | false | Female | 46 | 28.3 | Low | Low | -0.932 | false | II | 3 | 4.94 | Endocrine_only | Basal_like | Negative | Negative | Positive | Low | false | 5.371 | false |
INTEGRATED_SAMPLE_00085 | SSA_West | West | true | false | Female | 37 | 32.6 | Low | Average | -0.108 | false | IV | 3 | 7.86 | Palliative_only | Luminal_A | Positive | Negative | Negative | Low | false | 0.501 | true |
INTEGRATED_SAMPLE_00086 | SSA_West | West | true | false | Female | 55 | 31.4 | Low | Low | -1.226 | false | III | 3 | 4.1 | Chemo_only | Basal_like | Negative | Negative | Positive | Intermediate | false | 2.506 | false |
INTEGRATED_SAMPLE_00087 | SSA_West | West | true | false | Female | 45 | 27 | Low | Average | -0.272 | false | IV | 3 | 5.9 | Palliative_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 0.202 | true |
INTEGRATED_SAMPLE_00088 | SSA_West | West | true | false | Female | 50 | 25.2 | Middle | Average | -0.835 | false | II | 3 | 2.06 | Chemo_only | Luminal_B | Positive | Positive | Negative | Low | false | 2.431 | false |
INTEGRATED_SAMPLE_00089 | SSA_West | West | true | false | Female | 55 | 24.4 | Middle | Average | -0.266 | false | III | 3 | 8.16 | Chemo_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 5.419 | false |
INTEGRATED_SAMPLE_00090 | SSA_West | West | true | false | Female | 55 | 29.8 | Middle | Low | -0.84 | false | III | 2 | 3.93 | Chemo_only | HER2_enriched | Positive | Positive | Positive | High | false | 5.284 | true |
INTEGRATED_SAMPLE_00091 | SSA_West | West | true | false | Female | 57 | 28.5 | Low | Average | 0.104 | false | II | 2 | 5.4 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Low | false | 4.315 | true |
INTEGRATED_SAMPLE_00092 | SSA_West | West | true | false | Female | 49 | 30.6 | Middle | Low | -1.255 | false | I | 1 | 0.2 | Palliative_only | HER2_enriched | Negative | Positive | Positive | High | false | 2.896 | false |
INTEGRATED_SAMPLE_00093 | SSA_West | West | true | false | Female | 45 | 28.2 | Middle | Average | -0.117 | false | IV | 3 | 9.49 | Palliative_only | Basal_like | Negative | Negative | Positive | Low | false | 0.106 | true |
INTEGRATED_SAMPLE_00094 | SSA_West | West | true | false | Female | 49 | 31.6 | Low | Average | -0.026 | false | III | 3 | 4.77 | Endocrine_only | Basal_like | Negative | Negative | Negative | Low | true | 1.387 | true |
INTEGRATED_SAMPLE_00095 | SSA_West | West | true | false | Female | 31 | 28 | Middle | High | 0.134 | false | II | 3 | 4.08 | Surgery_only | HER2_enriched | Positive | Negative | Positive | Low | false | 3.401 | true |
INTEGRATED_SAMPLE_00096 | SSA_West | West | true | false | Female | 34 | 31.4 | Middle | Average | -0.319 | false | IV | 3 | 8.94 | Chemo_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 1.02 | true |
INTEGRATED_SAMPLE_00097 | SSA_West | West | true | false | Female | 35 | 31.9 | Middle | Average | -0.49 | false | II | 3 | 0.52 | Chemo_only | Luminal_A | Positive | Positive | Negative | Intermediate | false | 6.913 | false |
INTEGRATED_SAMPLE_00098 | SSA_West | West | true | false | Female | 39 | 23.5 | Low | Low | -1.161 | false | III | 3 | 8.86 | Chemo_plus_targeted | Luminal_A | Positive | Positive | Negative | Intermediate | false | 0.109 | true |
INTEGRATED_SAMPLE_00099 | SSA_West | West | true | false | Female | 54 | 18.5 | Low | Low | -1.041 | false | I | 2 | 0.2 | Surgery_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 2.528 | true |
INTEGRATED_SAMPLE_00100 | SSA_West | West | true | false | Female | 40 | 35.2 | Middle | Low | -1.106 | false | III | 3 | 3.84 | Chemo_only | Basal_like | Negative | Negative | Negative | Intermediate | true | 1.841 | true |
SSA Breast Integrated Genomic-Clinical ML Dataset (Multi-ancestry, Synthetic)
Dataset summary
This module provides an integrated, machine-learning–ready synthetic dataset that links:
- Genotype (polygenic risk score, high-risk germline carrier flag).
- Clinical and pathological phenotype (stage, grade, tumour size, ER/PR/HER2, subtype).
- Key confounders (age, BMI, socioeconomic status, treatment regimen).
- Longitudinal biomarkers (tumour burden and neutrophil-to-lymphocyte ratio trajectories).
- Time-to-event outcomes (overall survival time and event indicator).
The design is grounded in:
- TCGA-BRCA and METABRIC (integrated DNA/RNA/clinical + survival).
- PRS studies in African ancestry women (attenuated AUC; modest risk gradients).
- Registry/meta-analytic survival literature (stage-specific OS, SES effects, BMI effects).
- Methodological work on joint longitudinal–survival models (dynamic risk from NLR/tumour burden trajectories).
All observations are fully synthetic, with distributions tuned qualitatively to reflect published patterns while avoiding re-identification or direct reproduction of any individual-level dataset.
Cohort design
Sample size and populations
Total N: 10,000 synthetic invasive breast cancer cases.
Populations:
SSA_West: 2,000SSA_East: 2,000SSA_Central: 1,500SSA_Southern: 1,500AAW(African American women): 1,500EUR(European reference): 1,000EAS(East Asian reference): 500
Sex:
- Predominantly
Female(~99%), with ~1% male breast cancers.
- Predominantly
Age:
- 18–90 years.
- Slightly younger mean ages in SSA cohorts; older in AAW/EUR/EAS, reflecting registry patterns.
Follow-up:
- Intended follow-up window ∈ [0.5, 10] years.
- Survival times are simulated from a parametric hazard model with multiplicative effects of genotype, stage, subtype, treatment, BMI, SES, and NLR.
Confounders and clinical context
Each patient has:
age(years) – population-specific normal distributions, truncated to 18–90.bmi(kg/m²) – continuous; higher means inSSA_SouthernandAAW, lower inEAS.ses– categorical:Low,Middle,High; distributions vary by population, with higherLowfractions in SSA and AAW compared with EUR/EAS.stage_at_diagnosis–I,II,III,IV; more advanced stages in SSA/AAW relative to EUR/EAS, tied to literature on late presentation.grade– 1/2/3; conditional on stage, with higher emphasis on grade 3 at stages III–IV.tumour_size_cm– continuous; stage-dependent means, mimicking clinical T-stage.treatment_regimen–Surgery_only,Endocrine_only,Chemo_only,Chemo_plus_targeted,Palliative_only; distributions conditioned on stage, with morePalliative_onlyand less curative surgery in stage IV.
These variables serve as confounders and mediators for genotype–outcome relationships in downstream ML models.
Genotype representation
Two genotype-related constructs are simulated:
Polygenic Risk Score (PRS):
prs_category–Low,Average,Highwith population-specific distributions that allow somewhat higher fractions ofHighinAAWand some SSA groups.prs_standardized– continuous standardized PRS (mean/SD per category) with moderate effect on hazard.- Design is informed by African-ancestry PRS studies (e.g. Yao et al., Gao et al.), which show risk stratification but attenuated AUC compared with EUR-derived scores.
High-risk germline carrier flag:
high_risk_germline– boolean approximating rare pathogenic variants (e.g., BRCA1/2, TP53), with prevalence 2–3.5% depending on population.
In the survival model, both PRS and high-risk carrier status contribute modestly to log-hazard, avoiding unrealistic effect sizes.
Phenotypes and tumour biology
Molecular subtype and receptors
Variables:
tumor_subtype–Luminal_A,Luminal_B,HER2_enriched,Basal_like,Normal_like.er_status–Positive/Negative.pr_status–Positive/Negative.her2_status–Positive/Negative.triple_negative– derived boolean (ER-/PR-/HER2-).
Anchoring:
- Subtype distributions by population mirror PAM50-like patterns:
- Higher
Basal_likeinSSA_*andAAW. - Higher
Luminal_AinEUR/EAS.
- Higher
- ER/PR/HER2 probabilities are subtype-dependent, enforcing concordance (e.g., almost all
Luminal_Aare ER+/PR+, mostHER2_enrichedare HER2+).
Inflammation and NLR
Variables:
nlr_category–Low,Intermediate,Highat baseline.- Longitudinal
nlr_valuetrajectories in the time-series table (see below).
Anchoring:
- Based on systemic immune marker meta-analyses,
HighNLR is more prevalent in SSA/AAW compared with EUR/EAS. - High NLR contributes modestly to higher hazard in the survival model.
Survival model
The survival time (os_time_years) and event indicator (os_event) are simulated from a parametric proportional hazards–style model:
- Baseline hazard per year (~0.12) with log-normal frailty.
- Additive log-hazard contributions from:
- Age (per 10 years above ~50).
- BMI (per 5 kg/m² above ~27).
- Standardized PRS.
- High-risk germline flag.
- Stage at diagnosis (strong gradient from I to IV, consistent with meta-analytic estimates).
- Tumour subtype (worse hazard in
Basal_likeandHER2_enriched). - SES (higher hazard for
LowvsHigh). - Treatment regimen (better outcomes with curative surgery/systemic therapy, worse with
Palliative_only). - NLR category (higher hazard with
HighvsLow).
Censoring times are drawn uniformly between 0.5 and 10 years, ensuring a mix of events and censored observations.
Validation enforces that mean OS decreases from stage I → II → III → IV, and that High PRS has worse mean survival than Low PRS by a modest margin.
Longitudinal time-series
A separate time-series table records repeated measurements at preset time points:
time_months:0,6,12,24.tumour_burden_cm: approximate lesion size / composite tumour burden.nlr_value: continuous NLR-like value.response_class: latent treatment response pattern.
Response classes
Good_response: rapid burden reduction and mild NLR decline.Intermediate_response: modest initial reduction or plateau.Poor_response: increasing burden and rising NLR.
Response class is sampled conditional on baseline stage, with more Poor_response in stage IV.
Tumour burden and NLR trajectories apply class-specific multipliers and means from the configuration, with small log-normal/normal noise to preserve variability.
Validation checks ensure that:
Good_responsehas clearly lower mean tumour burden and NLR at 24 months vs baseline.Poor_responseshows increasing tumour burden and NLR over time.
Files and schema
Baseline table
Files:
integrated_ml_baseline.parquetintegrated_ml_baseline.csv
Each row is one patient with:
Demographics & confounders:
sample_idpopulation,region,is_SSA,is_reference_panelsexagebmises
Genotype:
prs_categoryprs_standardizedhigh_risk_germline
Clinical & tumour:
stage_at_diagnosisgradetumour_size_cmtreatment_regimen
Phenotypes:
tumor_subtypeer_status,pr_status,her2_statustriple_negativenlr_category
Survival:
os_time_yearsos_event
Time-series table
Files:
integrated_ml_timeseries.parquetintegrated_ml_timeseries.csv
Each row is one measurement time for a patient:
sample_idpopulationstage_at_diagnosisresponse_classtime_monthstumour_burden_cmnlr_value
Generation
The dataset is generated using:
integrated_ml/scripts/generate_integrated_ml.py
with configuration in:
integrated_ml/configs/integrated_ml_config.yaml
and literature inventory in:
integrated_ml/docs/LITERATURE_INVENTORY.csv
Key generation steps:
- Demographic and confounder sampling – multi-ancestry population, age, BMI, SES.
- Genotype sampling – PRS category + standardized PRS and a rare high-risk germline flag with population-specific prevalences.
- Clinical and phenotype assignment – stage, grade, tumour size, treatment regimen, subtype, receptor status, triple-negativity, baseline NLR category.
- Survival time simulation – log-hazard model combining genotype, phenotype, confounders, and baseline NLR, plus random frailty and censoring.
- Response-class and trajectory generation – latent response class per patient and longitudinal tumour burden/NLR trajectories at fixed timepoints.
Validation
Validation is performed with:
integrated_ml/scripts/validate_integrated_ml.py
and summarized in:
integrated_ml/output/validation_report.md
Checks include:
- C01–C02 – Sample size and population counts vs configuration.
- C03 – Stage distributions by population.
- C04 – SES distributions by population.
- C05 – Tumour subtype distributions by population.
- C06 – Survival gradient by stage (I > II > III > IV, with ≥3 years difference in mean OS between I and IV).
- C07 – PRS effect on survival (worse mean OS in
HighvsLowPRS). - C08 – Time-series response patterns (Good vs Poor response classes).
- C09 – Missingness across baseline and time-series key variables.
Intended use
This integrated dataset is intended for:
- End-to-end ML experiments where genotype, clinical, and longitudinal data feed into survival prediction.
- Fairness and confounding analysis, e.g.:
- Assessing how SES, BMI, and treatment mediate survival differences.
- Exploring PRS calibration across ancestry groups.
- Method development for joint models that incorporate repeated biomarkers and time-to-event endpoints.
- Educational use to teach students:
- How real-world EHR/registry data might be structured.
- How confounding, mediation, and selection bias can appear.
It is not intended for:
- Estimating real-world effect sizes or survival rates.
- Deriving clinical practice guidelines, risk thresholds, or patient-level clinical decisions.
Ethical considerations
- All records are synthetic, generated from parameterised models informed by published group-level statistics.
- Ancestry and SES patterns are modeled to emulate known disparities; they must not be used to stigmatise or essentialise individuals or groups.
- Any risk or fairness analyses performed on this dataset should be contextualised within broader socio-economic and structural determinants of health.
License
- License: CC BY-NC 4.0.
- Free for non-commercial research, method development, and education with attribution.
Citation
If you use this dataset, please cite:
Electric Sheep Africa. "SSA Breast Integrated Genomic-Clinical ML Dataset (Multi-ancestry, Synthetic)." Hugging Face Datasets.
and, where applicable, foundational resources such as TCGA, METABRIC, African-ancestry PRS studies, and methodological work on longitudinal–survival modeling.
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