- Section 1 Patients and their treatment
- Section 2 Background to medicine
- Section 3 Cell biology
- Section 4 Immunological mechanisms
- Section 5 Principles of clinical oncology
- 5.1 Epidemiology of cancer
- 5.2 The nature and development of cancer: Cancer mutations and their implications
- 5.3 The genetics of inherited cancers
- 5.4 Cancer immunity and immunotherapy
- 5.5 Clinical features and management
- 5.6 Systemic treatment and radiotherapy
- 5.7 Medical management of breast cancer
- Section 6 Old age medicine
- Section 7 Pain and palliative care
- Section 8 Infectious diseases
- Section 9 Sexually transmitted diseases
- Section 10 Environmental medicine, occupational medicine, and poisoning
- Section 11 Nutrition
- Section 12 Metabolic disorders
- Section 13 Endocrine disorders
- Section 14 Medical disorders in pregnancy
- Section 15 Gastroenterological disorders
- Section 16 Cardiovascular disorders
- Section 17 Critical care medicine
- Section 18 Respiratory disorders
- Section 19 Rheumatological disorders
- Section 20 Disorders of the skeleton
- Section 21 Disorders of the kidney and urinary tract
- Section 22 Haematological disorders
- Section 23 Disorders of the skin
- Section 24 Neurological disorders
- Section 25 Disorders of the eye
- Section 26 Psychiatric and drug-related disorders
- Section 27 Forensic medicine
- Section 28 Sport and exercise medicine
- Section 29 Biochemistry in medicine
- Section 30 Acute medicine
(p. 456) The genetics of inherited cancers
- Chapter:
- (p. 456) The genetics of inherited cancers
- Author(s):
Rosalind A. Eeles
- DOI:
- 10.1093/med/9780198746690.003.0047
All cancer can be termed ‘genetic’ as the disease is caused by somatic cell mutations (alterations in the DNA code), which result in abnormal cellular growth and/or proliferation. Most of these mutations are sporadic (only occurring in the cancer cell), but some are due to the inheritance of a germline mutation in a cancer predisposition gene. Cancer predisposition genes can be rare and confer a high cancer risk (about 10-fold lifetime relative risk), or common and confer a low to moderately increased risk (from just over onefold, up to two- to threefold). They have been shown to be involved in causing some of most common cancers as well as some rare cancers. Cancer genetics will become part of mainstream clinical pathways for cancer care in the coming years and is likely to contribute to healthcare that is tailored to individual patients.
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- Section 1 Patients and their treatment
- Section 2 Background to medicine
- Section 3 Cell biology
- Section 4 Immunological mechanisms
- Section 5 Principles of clinical oncology
- 5.1 Epidemiology of cancer
- 5.2 The nature and development of cancer: Cancer mutations and their implications
- 5.3 The genetics of inherited cancers
- 5.4 Cancer immunity and immunotherapy
- 5.5 Clinical features and management
- 5.6 Systemic treatment and radiotherapy
- 5.7 Medical management of breast cancer
- Section 6 Old age medicine
- Section 7 Pain and palliative care
- Section 8 Infectious diseases
- Section 9 Sexually transmitted diseases
- Section 10 Environmental medicine, occupational medicine, and poisoning
- Section 11 Nutrition
- Section 12 Metabolic disorders
- Section 13 Endocrine disorders
- Section 14 Medical disorders in pregnancy
- Section 15 Gastroenterological disorders
- Section 16 Cardiovascular disorders
- Section 17 Critical care medicine
- Section 18 Respiratory disorders
- Section 19 Rheumatological disorders
- Section 20 Disorders of the skeleton
- Section 21 Disorders of the kidney and urinary tract
- Section 22 Haematological disorders
- Section 23 Disorders of the skin
- Section 24 Neurological disorders
- Section 25 Disorders of the eye
- Section 26 Psychiatric and drug-related disorders
- Section 27 Forensic medicine
- Section 28 Sport and exercise medicine
- Section 29 Biochemistry in medicine
- Section 30 Acute medicine