Invasive Mammary Carcinoma Treatment Options
Invasive mammary carcinoma is a diagnosis that no woman wants to hear, and it is important that you understand your treatment options before you make any final decision with any type of cancer treatment. This includes metastatic breast carcinoma and papillary breast cancer as well as other types. The ideal treatment will depend on the size of the lump and the location, as well as your medical history and family history, the stage of the cancer, and how far it has spread. Early treatment means increased odds for survival, and delaying treatment can lower your chances significantly. This type of invasive cancer may also require follow-up treatments after the initial surgical procedure has been performed.
Mammary carcinoma which is invasive has invaded or spread to nearby tissues and cells deeper in the breast. Surgery is the first treatment which will be performed, and if the tumors are small enough than a lumpectomy procedure may be used rather than taking the entire breast. Usually when the lump is first detected your physician will have a biopsy performed, and the results will determine just how invasive and at what stage the cancer is. If the mammary carcinoma tumors are very large or the cancer is advanced or extremely invasive then a mastectomy may need to be done to provide the best chances for recovery.
Whether your mammary carcinoma is treated with a lumpectomy, a mastectomy, or a double mastectomy surgery, you may also have to undergo radiation or chemotherapy treatments or both. These treatments help to ensure that all of the cancerous cells have been removed, and that the cancer will not return soon after treatment. In some cases radiation can be given using a mammosite balloon, and the treatment duration and dosages of both chemotherapy and radiation will depend on the stage of your cancer and the size of the tumor. Many women have suffered from invasive mammary carcinoma and survived five years or more, and newer treatments cause less damage to healthy tissue while working more effectively to destroy cancerous cells.