Cancer Genomics
This course uses a case-based learning process to examine the genetic basis for cancer disease, common cancer genetic syndromes, relative risk assessments, screening and surveillance guidelines, and the educational and management needs of clients and their families related to genetic predisposition to cancer. The emphasis is on the role of the advanced practice nurse.
Outcomes: Upon completion of this course the student will be able to: 1) Describe the structure of DNA and differentiate among the various forms of genetic inheritance; 2) Describe the cancer burden in United States and how the science of genetics will assist with cancer control; 3) Explain oncogenesis, and function of oncogenes and tumor suppressor genes; 4) Obtain a genetics family history, and make a preliminary assessment of risk for genetic predisposition for cancer and the need for referral for further a genetic work-up; 5) Develop a basic level of skill in communicating information regarding cancer predisposition with sensitivity to the culture and the educational level of the clients and their families; 6) Analyze the cancer risk associated with common genetic cancer syndromes, the criteria for genetic screening and surveillance, and the genetic therapies available to date; 7) Analyze and apply current and future applications of genomics to cancer care.
Outcomes: Upon completion of this course the student will be able to: 1) Describe the structure of DNA and differentiate among the various forms of genetic inheritance; 2) Describe the cancer burden in United States and how the science of genetics will assist with cancer control; 3) Explain oncogenesis, and function of oncogenes and tumor suppressor genes; 4) Obtain a genetics family history, and make a preliminary assessment of risk for genetic predisposition for cancer and the need for referral for further a genetic work-up; 5) Develop a basic level of skill in communicating information regarding cancer predisposition with sensitivity to the culture and the educational level of the clients and their families; 6) Analyze the cancer risk associated with common genetic cancer syndromes, the criteria for genetic screening and surveillance, and the genetic therapies available to date; 7) Analyze and apply current and future applications of genomics to cancer care.