Title of article :
PAIN REDUCING IN ICTERIC NEEWBORNS WHILE VENIPUNCTURING: COMPARISON OF LOCAL ANESTHETIC CREAM WITH ORALLY GLUCOSE
Author/Authors :
Noori Shadkam, M Department of Community Medicine - Shahid Sadoughi University of Medical Sciences and Health Services, Yazd , Lotfi, M.H Department of Epidemiology - Health Faculty - Shahid Sadoughi University of Medical Sciences and Health Services, Yazd
Abstract :
A number of studies has shown that orally administered sweet-tasting solutions reduce signs
of pain during painful procedures. The local anesthetic cream EMLA has recently been shown to be
safe for use in neonates. The present study aimed to compare the pain-reducing effect of EMLA cream
with that of orally administered glucose during venipuncturing in newborns in Yazd city. A
randomized, controlled, double-blind Clinical trial was done on the 220 newborns undergoing
venipuncture for clinical purposes. One hundred- six of the newborns received EMLA on the skin and
orally administered placebo (sterile water) and 114 received orally glucose 30% and placebo (Vit A+D)
on the skin. Symptoms associated with pain while venipuncturing measured by Neonatal/ Infant pain
scale (NIPS) and crying time were compared between two groups. There were no differences in
background variables between the 2 groups. The results showed that the NIPS scores were significantly
lower in the glucose group (Median: 2) compared with the EMLA group (Median: 3) (P=.000). The
duration of crying in the first 2 minutes was significantly lower in the glucose group (Median: 2sec)
than in EMLA group (Median: 9sec) (P<.01). 12.3% and 29.2% of neonates in glucose and EMLA
groups had NIPS above 3 respectively where the observed difference was found to be statistically
significant (P<.05). Our study showed that compared with EMLA cream, orally administration glucose
can be more effective, tolerable and convenient in reducing of pain resulting from venipuncturing in
neonatal period.
Keywords :
NIPS , Neonatal / Infant pain score , EMLA cream , oral glucose
Journal title :
Astroparticle Physics