A Comparison of 2 Venous Puncture Sites for Peripheral Implanted Ports.

The use of peripheral implanted ports to administer parenteral nutrition in a number of patient cohorts is increasingly seen as a safe alternative to chest ports with equivalence in long-term outcomes. Two insertion sites on the upper arm were compared using the zone insertion method (ZIM), which was developed as an approach to optimize and reduce catheter-related exit site complications. The ZIM divides the medial upper arm into 3 main colors, red, green, and yellow, which are based on musculoskeletal, skin, and vessel characteristics.

Implementation of tunneled versus not tunneled peripherally inserted central catheters.

Tunneled peripherally inserted central catheters (PICCs) offer several advantages such as an exit site at the green zone no matter where the puncture point is and a long subcutaneous route, which is considered a shield against infections and provides comfort to the patient. Clinicians could choose the proper exact exit site so as to avoid blood leakage from the exit point. The aim of the study was to assess the value of the tunneled PICCs versus normal PICCs with no long subcutaneous route.

Peripherally inserted central catheter ports: A vascular access specialist's systematic approach.

Implanted ports are an important vascular access device for patients with malignancies requiring long-term chemotherapy. Peripherally placed ports are increasing in use as they are a safe, cost-effective alternative to chest-placed ports. Most peripheral ports can be placed bedside by specialist nurses in designated clinical areas rather than costly operating rooms or interventional radiology suites.