Breast cancer is a major public health problem worldwide and affects as many as one in seven women in Western countries. Of the 5-10% of breast cancers that follow a Mendelian inheritance pattern, 30% of these are due to BRCA1 or BRCA2 germ-line mutations. The principal objective of breast cancer risk assessment is to identify the carriers of the BRCA gene mutation, ideally before they develop breast cancer. When combined, familial and hereditary breast cancer comprise over 25% of breast cancers; fortunately the skills required to perform the initial breast cancer risk assessment are as basic as taking a thorough family history and conducting a complete physical examination. Determining the actual risk of an individual patient can be perceived as time-consuming and cumbersome, and is therefore often omitted in the busy clinic setting. The challenges for care providers who are responsible for assessing breast cancer risk can be ascribed in part to the lack of standardized tools for managing extensive family histories and calculating risk, the reluctance to utilize web-based risk assessment instruments, and the requirement in some cases of information systems (IS) support to operate these web-based instruments. As a result, the primary role of care providers and surgeons is often reduced to the rudimentary identification of patients who may be at high risk for developing hereditary breast cancer, followed by the referral of those patients for genetic counseling and possible DNA testing.Most importantly, the care providers' role in identifying patients who may be at risk is the first step in the risk assessment process. For the surgical oncologist accurate assessment and management of breast cancer risk are critical components of the initial clinical evaluation that may lead to potentially life-saving interventions. To assess and manage breast cancer risk well, the surgical oncologist must understand the uses and limitations of risk assessment tools, clearly communicate the results of the risk assessment to patients and relatives, and effectively incorporate the results into a long-term management strategy that is acceptable to the patient.We strongly believe that it is critical to identify carriers of BRCA1 and BRCA2 mutations before they develop cancer in order to prevent cancer or to find it at an earlier more treatable stage. Multiple guidelines exist as to who is eligible for testing and the reader is referred to those guidelines for more complete information [ 1-4 ]. Risk factors for hereditary breast cancer obtained from a family history include: (1) relatives with breast or ovarian cancer diagnosed at a young age (under age 45); (2) multiple primary cancers in a single individual (bilateral breast or breast plus ovarian cancer); (3) early onset of breast cancer (diagnosed before age 50) and (4) family history of male breast cancer. Patients with any one of these risk factors should be considered for genetic counseling and genetic