Power Injectable Versus a Non-Power Injectable, Upper Arm, TIVAD for Chemotherapy

Malignancy

Venous access device, Port catheters, Chemotherapy

Patients with cancer often require intravenous chemotherapy for long periods of time. Ensuring that these patients have safe and reliable access to the veins for chemotherapy is challenging, and sometimes a medical device is required to administer the chemotherapy into the veins. A totally implanted venous access device, or port, is implanted under the skin of the arm and is attached to a small plastic catheter that enters into the veins. This device can be punctured with a needle when needed for treatment or testing. Some types of these vein ports can rapidly inject fluids (power injection), and can be used for follow-up imaging studies, such as computed tomography, that are required to follow cancer treatment effectiveness. There are no publications of randomized patients discussing the impact of power injection upon TIVAD complications and device longevity for arm implantation. The investigators propose to compare the effectiveness of power injectable against non-power injectable ports to determine if they have different clinical performance and complications. Our results will impact the care provided to cancer patients.

Hypothesis: The null hypothesis envisions both devices performing similarly in regards to chemotherapy and complications. However, the power injectable population will experience the high flow, large volume injections, may experience complications of injection extravasation and port damage due to the more vigorous injection parameters. Trial Objectives: 1. To prospectively assess the functionality and complications of a power injectable vs. a non-power injectable TIVAD in a cohort of breast cancer patients requiring intravenous chemotherapy. The TIVAD will be randomly assigned to each patient. 2. Assess quality of life for subjects who have the two different TIVADs. 3. Facilitate device selection for future cancer patients requiring chemotherapy. We will perform a randomized, prospective clinical trial of patients with cancer to compare a non-power injectable port, Cook Vital Mini Port (Cook Canada, Mississauga, ON), with a power injectable port, the AngioDynamics Smart Port CT Mini (AngioDynamics Inc., Manchester, GA, USA). Adverse events, such as arm swelling, skin rash, and incision dehiscence, etc., will be tracked via an online reporting system, a patient registry, and by follow-up strategies related to imaging and clinical assessments at regular time intervals. Patient Follow-up: From the Insertion date, a 7 day post insertion telephone interview will be performed. Subsequently the following will be obtained at 3 months and 12 months post port insertion. Clinical examination Venous Doppler US (arm/neck) Chest and arm X-ray QLQC30 questionnaire QLAVD-PA questionnaire Adverse Event Record Details of Follow-up: Clinical Examination: Visual inspection of the arm, port implantation site, neck, and anterior chest. 1. Distended arm, neck or chest veins - Y/N - details 2. Swollen or edematous arm, neck, chest - Y/N - details 3. Skin rash - Y/N - details 4. Signs of arm infection - redness, swelling, purulent discharge - Y/N - details 5. Abnormal incision site of port insertion - Y/N - details Venous Doppler Ultrasound (arm/neck): Ultrasound will assess for vein thrombosis or narrowing. Chest and arm x-rays: Standard x-rays to include the arm from at least the elbow to axilla, full chest x-ray. QLCC30 and QLAVD-PA: Quality of Life surveys. Adverse Events: 7 days, 3 months, 12 months, up to 24 months if possible - The patient will be contacted by telephone to determine if they have experienced any adverse events.

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