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(CVC) Management Guidance - the Royal Cornwall Hospitals Trust ...

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Appendix 5 Types of Central Venous Ca<strong>the</strong>ters<br />

<strong>CVC</strong> Device Use Picture Location Advantages Disadvantages<br />

Peripherally inserted<br />

central ca<strong>the</strong>ter<br />

(PICC)<br />

Non tunnelled central<br />

venous ca<strong>the</strong>ter<br />

e.g. Hohn ca<strong>the</strong>ter,<br />

Triple Iumen ca<strong>the</strong>ter<br />

Tunnelled central<br />

venous ca<strong>the</strong>ter<br />

e.g. Hickman,<br />

Groshong and<br />

Broviac line<br />

Inserted via <strong>the</strong><br />

antecubital veins in <strong>the</strong><br />

arm and advanced into<br />

central veins until <strong>the</strong> tip<br />

is in <strong>the</strong> superior vena<br />

cava. It’s position must<br />

be checked by chest X-<br />

ray<br />

Inserted directly into <strong>the</strong><br />

vein, <strong>the</strong>se devices are<br />

mainly used in <strong>the</strong>atres<br />

and intensive care units<br />

for <strong>the</strong>rapies of less<br />

than 3 weeks duration.<br />

It has a lifespan of 5-7<br />

days but can remain insitu<br />

for up to 14 days<br />

(check manufacturers<br />

instructions).<br />

Not placed directly into<br />

vein but are tunnelled<br />

through <strong>the</strong> skin for<br />

approx 5cm, <strong>the</strong> tunnel<br />

reduces <strong>the</strong> risk of<br />

infection.<br />

<br />

1.Ease of insertion and<br />

removal<br />

2.Fewer insertion<br />

complications<br />

3.Low incidence of<br />

related<br />

infection/thrombosis<br />

4. Can be used in home<br />

setting<br />

1.Can be inserted at<br />

bedside<br />

2. Good access, several<br />

lumens<br />

3. High flow continuous<br />

access<br />

1.Low infection rate<br />

2.Patient comfort<br />

3. No external fixation<br />

4. Long term<br />

1. Smaller lumen/flow<br />

2. Mechanical Phlebitis at<br />

insertion site<br />

3. Problems with kinking<br />

1. Highest rate of all <strong>CVC</strong><br />

infections<br />

2. Requires external sutures<br />

3. Uncomfortable for patients<br />

4. Requires frequent changing 5-7<br />

days<br />

5. Difficulty maintaining<br />

exit/dressing site<br />

1. Surgical incision<br />

2. Requires surgical removal<br />

3. External portion of ca<strong>the</strong>ter<br />

visible<br />

Subcutaneous Port<br />

e.g. Port-a-cath<br />

Totally implanted<br />

vascular access device<br />

that is inserted into <strong>the</strong><br />

chest wall, lower<br />

ribcage or antecubital<br />

area. The port is<br />

accessed via a noncoring<br />

(huber point)<br />

needle.<br />

Error!<br />

<br />

1. Patient comfort no<br />

external sutures<br />

2. No exit dressing<br />

required<br />

3. Requires less<br />

maintenance<br />

1. Use of needle to access port<br />

2. Local skin ulceration through<br />

repeated use<br />

3. Shorter life span than a<br />

tunnelled <strong>CVC</strong><br />

4. Requires surgical removal<br />

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