Description

Occasionally a chemotherapeutic agent may extravasate during intravenous infusion. The risk of a severe injury depends on the nature of the of the chemotherapeutic agent, the amount of extravasate and any therapeutic interventions.


Agents Usually Not Causing a Local Reaction

Agents Associated with Local Irritation

Vesicant Agents Associated with Ulceration

asparginase

carmustine

actinomycin D (dactinomycin)

bleomycin sulfate

cyclophosphamide

cisplatin

cytarabine

dacarbazine

daunorubicin HCl

etoposide

streptozocin

doxorubicin HCl

methotrexate

teniposide

5-fluorouracil (5-FU)

thioguanine

thiotepa

mithramycin

 

ifosamide

mitomycin

 

liposomal doxorubicin

mitozantrone HCl

 

menogaril

mustine HCl

 

paclitaxel

vinca alkaloid (vinblastine, vincristine, vindesine)

 

 

epirubicin

from page 186 (Cox et al) with additional drugs added

 

where:

• Cox et al raise questions about the risk of ulceration for cisplatin, 5-FU, and mitozantrone

 

Responses to reduce complications of an extravasation:

(1) Prevent by careful administration and close monitoring during chemotherapy infusions.

(2) Stop the infusion as soon as possible once an extravasation is suspected.

(3) Estimate the clinical significance of the extravasation.

(4) Try to aspirate any fluid collections.

(5) Intervene to reduce toxicity (see table below).

(6) Consider liposuction or normal saline washout (see Chapter 32, under "Techniques of Gault for Prevention of Extravasation Injury")

(7) Document injury and photograph site.

 

Agent

Antidote

Hot or Cold Compress

Elevate Limb

Protect from Sunlight

cisplatin

STS

 

 

 

dacarbazine

 

 

 

yes

dactinomycin

 

ice

yes

 

daunorubicin

? DMSO

ice

 

 

doxorubicin

? DMSO

ice

 

yes

etoposide

 

warm

 

 

mitomycin

? DMSO

 

 

yes

nitrogen mustard

STS

 

 

 

paclitaxel

 

ice

 

 

vinca alkaloid

 

heat

yes

 

 

where:

• STS = sodium thiosulfate, 10% or 25% is diluted in sterile water for injection

• For nitrogen mustard 4 mL 10% STS is mixed with 6 mL sterile water. 2 mL of this mixture is injected for each 1 mg of drug extravasated.

• For cisplatin 4 mL 10% STS is mixed with 6 mL sterile water. 5 mL of this mixture (2 mL 10% STS) is injected for each 100 mg of cisplatin extravasated.

• DMSO = dimethyl sulfoxide 99%, 1-2 mL applied to site every 6 hours

 


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