Celsite® ECG

Celsite® ECG Access Port Systems are indicated for any condition that requires mid to long-term intermittent or continuous venous infusion.
They are intended to be used for repeated, intravenous administration of, for example, chemotherapy, antibiotic and anti-viral drugs, parenteral nutrition, blood sampling or transfusion.

The catheter of Celsite® ECG can be placed via intra-atrial ECG detection. This allows accurate placement of the catheter tip at the cavo-atrial junction without intraoperative fluoroscopy. The position of the catheter trip is monitored by changes in the P-wave.
 

Special Features

• Accurate catheter tip placement via intra-atrial ECG detection
• Available with radiopaque "CT" marking (except for the US market) which indicates power injectability of the port on x-ray
• Compact port design with enlarged puncture area in relation to the port housing size
• High pressure resistance up to 325 PSI ( 22,4 bar)
   

General Features

• Anatomic design and lower profiled nose for simplified insertion and patient comfort
• Titanium chamber for enhanced security
• Also available in small sizes to facilitate implantation in paediatric and underweight patients
• High density silicone septum for reliable puncture and to ensure maximum port life
• 2 suture holes to facilitate fixation of the port
• The radiopaque catheter is graduated from 5 cm in order to facilitate an easy, precise and safe implantation
• Rounded atraumatic catheter tip
• Reliable radiopaque connection ring with anti-kink protection
• MRI compatible, Latex, DEHP and PVC free
   

Available Implantation Technique

• Seldinger
   

Additional Information

• Universal adapter is required for connection with ECG monitor (B. Braun Certodyn Universal Adapter, Reference 4150228)
   
• Feasibility of this method has been shown in numerous clinical publications and clinical routine e.g.:
  • M. Stas, et al., ESJO 2011; 27: 316-320: Peroperative intravasal electrographic control of catheter tip position in access ports placed by venous cut-down technique, ESJO 2011; 27: 316-320, M. Stas, et al.
  • Pittiruti M et al., J Vasc Access. 2011 Feb: The intracavitary ECG method for positioning the tip of central venous catheters: results of an Italian multicenter study.
  • Pelagatti C, J Vasc Access. 2011 Oct-Dec: Endovascular electrocardiography to guide placement of totally implantable central venous catheters in oncologic patients.