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Table 5 Mutations or variations in other breast cancer susceptibility genes in Central and South American populations

From: Mutations in BRCA1, BRCA2 and other breast and ovarian cancer susceptibility genes in Central and South American populations

Country

Cohort size

Selection criteria

BC susceptibility gene

References

Gene

Mutation or variant

Brazil

874

a) Family history of BC

b) Unselected for family history

TP53

c.1010G>A (pathogenic mutation)

Frequency: 8.23%

Giacomazzi et al. [85]

Brazil

120

a) BC diagnosed at ≤ 45 years of age (no family history of BC)

b) BC diagnosed at ≤ 45 years of age; at least 1 close blood relative with breast/ovarian/fallopian tube/primary peritoneal cancer diagnosed at any age

c) BC diagnosed at ≤ 50 years of age; at least 1 blood relative with breast/ovarian/fallopian tube/primary peritoneal cancer diagnosed at ≤ 50 years

d) BC diagnosed at > 50 of age; at least 1 blood relative with breast/ovarian/fallopian tube/primary peritoneal cancer diagnosed at any age

e) At least 2 relatives with primary BC diagnosed at < 50 years of age

f) BC with a history of ovarian/fallopian tube/primary peritoneal cancer diagnosed at any age

g) Ethnicity associated with a higher mutation frequency (e.g., Ashkenazi Jewish)

h) Personal history of ovarian/fallopian tube/primary peritoneal cancer

i) Personal history of male BC

TP53

CHEK2

c.1010G>A (pathogenic mutation) Frequency: 2.5%

c.1100delC Frequency: 0.83%

Silva et al. [31]

Brazil

348

Female with BC diagnosed at < 45 years of age; no family history of the disease

TP53

c.1010G>A (pathogenic mutation) Frequency: 12%

Andrade et al. [78]

Brazil

100

Patient with BC; no family history of the disease

MTHFR

MTHFR c.677T (rs1801133) associated with increased BC risk

Zara-Lopes et al. [77]

Brazil

49

a) Women with family history of BC

b) Women with no family history of BC

GSTM1

Null GSTM1 associated with increased BC risk

Possuelo et al. [73]

Chile

143

a) At least 2 first-degree relatives with BC and/or OC diagnosed at any age (46.1%)

b) At least 2 first- or second-degree relatives with BC diagnosedat < 50 years of age (22.7%)

c) At least 1 relative with BC diagnosed at < 30 of age years (11.3%)

d) At least a relative with bilateral BC

e) At least 3 first- or second-degree relatives with BC; at least 1 diagnosed at < 40 years of age (5.7%)

f) 3 or more different cancers (female or male BC, OC, prostate, pancreatic or larynx in non-smoking individuals) (5.7%)

g) At least 1 relative with male BC diagnosed at any age; at least 1 relative with female BC diagnosed at any age

RAD51

RAD51 135G>C associated with increased BC risk in BRCA1/2 negative women with a family history of BC and diagnosis at < 50 years of age

Jara et al. [81]

Chile

137

a) At least 2 relatives with BC

b) At least 2 relatives with BC; at least 1 with diagnosis at < 40 years of age

c) At least 2 relatives with BC; at least 1 relative with bilateral BC

d) At least 3 relatives with BC

e) At least 3 relatives with BC; at least 1 with diagnosis at < 40 years of age

f) At least 3 relatives with BC; at least 1 male relative with BC

g) At least 3 relatives with BC and/or OC

h) Two family members with BC; at least one with both BC and OC

i) At least 1 relative with BC diagnosed at < 31 years of age; male BC

ATM

IVS24-9delT IVS38-5557G>A all associated with increased BC risk

González-Hormazabal et al. [67]

Chile

322

a) At least 3 relatives with BC and/or OC

b) 2 relatives with BC and/or OC

c) At least 1 relative with BC diagnosed at ≤ 35 years of age

d) At least 1 relative with BC diagnosed at ≤ 36–50 years of age

BARD1

BARD1 Cys557Ser associated with increased BC risk

González-Hormazabal et al. [66]

Chile

351

a) At least 3 relatives with BC and/or OC

b) 2 relatives with BC and/or OC

c) At least 1 relative with BC diagnosed at ≤ 35 years of age

d) At least 1 relative with BC diagnosed at ≤ 36–50 years of age

FGFR2

MAP3K1

rs2981582, rs2420946 and rs1219648 All associated with increased BC risk

rs889312 associated with increased BC risk

Jara et al. [92]

Chile

347

a) At least 3 relatives with BC and/or OC

b) 2 relatives with BC and/or OC

c) At least 1 relative with BC diagnosed at ≤ 35 years of age

d) At least 1 relative with BC diagnosed at ≤ 36–50 years of age

TOX3

2q35

rs3803662 associated with increased BC risk

rs13387042 associated with increased BC risk

Elematore et al. [94]

Chile

436

a) At least 3 relatives with BC and/or OC

b) 2 relatives with BC and/or OC

c) At least 1 relative with BC diagnosed at ≤ 35 years of age

d) At least 1 relative with BC diagnosed at ≤ 36–50 years of age

PALB2

rs152451 and rs45551636 associated with increased BC risk in cases with strong family history of BC

Leyton et al. [95]

Chile

196

BC patients belonging to a high-risk family

CHEK2 1100delC

Not detected

González-Hormazabal et al. [67]

Ecuador

114

Unselected for family history of cancer

MTHFR

MTHFR c.677T (rs1801133) associated with increased BC risk

López-Cortes et al. [78]

Mexico

397

Unselected for family history of cancer

XRCC1

Arg399Gln associated with increased BC risk

Macías-Gómez et al. [91]

Mexico

559

Unselected for family history of cancer

GSTM1

Null GSTM1 associated with increased BC risk

Soto-Quintana et al. [69]

Mexico

243

Unselected for family history of cancer

GSTM1

Null GSTM1 associated with increased BC risk

Jaramillo- Rangel et al. [72]

Mexico

94

Familial and/or early-onset BC

ATM

IVS24-9delT IVS38-5557G>A all associated with increased BC risk

Calderón-Zúñiga et al. [63]

Mexico

687

Unselected for family history of cancer

FGR2

rs2981582 associated with increased BC risk

Murillo-Zamora et al. [93]

Peru

105

a) Triple-negative BC

b) Unselected for family history of cancer or age at diagnosis (but 39.39% had a family history of breast or ovarian cancer)

BARD1

RAD51D

c.334C>T (pathogenic) Frequency: 0.95%

c.694C>T (pathogenic) Frequency: 0.95%

González-Rivera et al. [53]