Author | Pamela Hallquist Viale, RN, MS, CS

Articles

Cardiotoxicities of Breast Cancer Treatment

April 08, 2009

One of the potential side effects of chemotherapy is cardiac toxicity. The resulting damage to the heart can range from non–life-threatening events to devastating heart failure. The spectrum of these events can occur almost immediately, during a drug infusion, or as a delayed complication later in the patient’s life. Oncology nurses not only need to be familiar with identifying and intervening in acute cardiac events, but also in some instances will need to monitor for delayed cardiac toxicities during the continuum of the patient’s life.

Health Economic Analysis of the Burden of Infusion Reactions on Patients, Caregivers, and Providers

February 02, 2009

In recent years, both the cost and efficiency of medical care have emerged as important considerations and areas of research. These considerations are of particular importance in the outpatient community oncology setting, where the demands for clinical productivity and evidence for quality and effectiveness are increasing amidst an evolving reimbursement system.

Management of Hypersensitivity Reactions: A Nursing Perspective

February 02, 2009

Oncology clinicians administer monoclonal antibodies (MoAbs) as part of the armamentarium against cancer. Nurses are skilled in the management of general treatment-related symptoms and are knowledgeable regarding the care of patients receiving these therapies. New therapies require expanded knowledge bases regarding unique and selective side effects, such as those seen with targeted therapy agents.

The Biology of Angiogenesis

December 01, 2007

Angiogenesis is the process of new blood vessel growth. In malignant tumors this process is essential for the delivery of needed nutrients and oxygen for the continued growth and survival of cancer cells. Thus the process of angiogenesis and the subsequent development of therapies that inhibit the process have generated great interest since Judah Folkman's original hypothesis was presented over 3 decades ago. Folkman's studies in the 1970s sparked interest in the science of angiogenesis and led to the first specific therapy to inhibit angiogenesis, but it was not until 2004 that the first antiangiogenesis agent, bevacizumab (Avastin), was approved by the US Food and Drug Administration (FDA) in combination with chemotherapy. Since then, two multitargeted or dual action oral agents have been FDA-approved. Advances have also been made in understanding the science of antiangiogenesis, which has contributed to the design of agents as well as clinical trials in the treatment of several tumor types and is being studied actively in many others.