Elsevier

The Journal of Emergency Medicine

Volume 12, Issue 5, September–October 1994, Pages 593-595
The Journal of Emergency Medicine

Original contribution
Minimizing the pain of local infiltration anesthesia for wounds by injection into the wound edges

https://doi.org/10.1016/0736-4679(94)90408-1Get rights and content

Abstract

This study on low contamination wounds was conducted to compare the pain of local infiltration anaesthesia administered into the skin surrounding the wound with administration directly into the incised edges of the wound. Eighty-one adult patients were randomized by date of presentation to receive infiltration anesthesia by one of the two methods. Pain of anesthetic administration was rated on a visual analogue scale and recorded as a pain score in millimeters. The results demonstrated that the average pain score for infiltration into the wound was significantly lower than the average pain score for infiltration into skin surrounding the wound.

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    When the solution is both warmed and buffered, the effects are synergistic (57). Injection through the wound edges is significantly less painful than injection through intact skin (61,62). Using a slower speed of injection does not reduce pain (63,64).

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    These sites include the fingers, toes, the tip of the nose, pinna, and penis. The pain of local infiltration can be diminished by injecting subcutaneously through the open wound edge instead of directly into intact skin16,17 with the smallest needle possible. Although 30-gauge needles can be used for direct infiltration, 25- or 27-gauge needles are better suited for regional nerve blocks to decrease the possibility of deflection of the needle.18

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    These sites include the fingers, toes, the tip of the nose, pinna, and penis. The pain of local infiltration can be diminished by injecting subcutaneously through the open wound edge instead of directly into intact skin [16,17] with the smallest needle possible. Although 30-gauge needles can be used for direct infiltration, 25- or 27-gauge needles are better suited for regional nerve blocks to decrease the possibility of deflection of the needle [18].

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