Failure to Diagnose Prostate Cancer — Portland Law Firm
Prostate cancer is a form of cancer in which patients may face risk from over- or undertreatment. Many forms of prostate cancers are slow growing, and in an elderly patient may need nothing more than careful monitoring. However, if an aggressive form of the cancer is not diagnosed and treated at an early stage, the tumor may metastasize, spreading from the prostate to other parts of the body.
At Miller & Wagner, LLP, our attorneys investigate and present damage claims for failure to appropriately diagnose and treat prostate cancer, including castration-resistant prostate cancer. We offer a free initial consultation to discuss your case. With offices in Eugene and Portland, our lawyers represent plaintiffs injured by medical negligence throughout Oregon and southwestern Washington.
PSA Screening Tests and Prostate Cancer
The PSA blood test is often used to screen older men for prostate cancer. As a result of PSA screenings, a high percentage of prostate cancers are now detected at an early stage. If discovered while the cancer is localized to the prostate, surgical removal of the prostate gland or radiology often leads to a cure.
Aggressive treatment is appropriate for aggressive types of prostate cancers. However, surgery may not be appropriate in all cases. Removal of the prostate can lead to incontinence and impotency. If the prostate cancer is slow growing and the patient is elderly, the cancer may not metastasize before the patient dies from other causes. In this situation, careful monitoring of the cancer may be more appropriate. The legal question is whether the patient received appropriate treatment for his or her condition.
Contact Our Cancer Misdiagnosis and Medical Malpractice Lawyers in Oregon
Call 503-299-6116 or 866-785-6625 to arrange a no-cost consultation concerning failure to diagnose prostate cancer. Our Portland attorneys represent clients throughout Oregon and southwestern Washington. For your convenience, we have a satellite office in Eugene.