A STUDY TO EVALUATE THE EFFECTIVENESS OF WARM SALINE WATER APPLICATION ON PAIN RESPONSE DURING HEELPRICK AMONG NEWBORN AT NICU, GOVERNMENT RAJAJI HOSPITAL, MADURAI
Journal: International Journal of Advanced Research (Vol.9, No. 04)Publication Date: 2021-04-13
Authors : D. Kausalya M.Sc Nursing;
Page : 68-113
Keywords : Warm Salinewaterapplication Heel Prick Newborn;
Abstract
Objectives:To assess the level of painresponse during heel prick among newborn.To evaluatetheeffectivenessofwarmsalinewaterapplicationonpainresponseduringheelprickamongnewborn.Toassociatethepainresponseduringheelprickamongnewborn at NICU, Government Rajaji Hospital, Madurai with their baseline variables. Hypotheses: There isa statistically significant difference betweenthe post test levelof pain response during heel prick among newborn both in intervention and controlgroup.Thereisastatisticallysignificantassociationbetweenthelevelofpainresponse during heel prick among newborn at NICU with their baseline variables.Conceptual framework: Roys adaptation model. Methodology: True experimentalresearchdesignwasused,60samplesselectedby Simplerandomsamplingandintervention given 2 minutes before heel prick. Post test was assessed by NeonatalInfantPainScale.Results:Thestudyrevealedthattherewasasignificantreductionin level of pain response during heel prick (t=1.25, p=0.21) at 0.05 level. Conclusion:Statistical evidence shows that warm saline during heel prick was effective.
Other Latest Articles
- A Look at the Processes of Developing Math Activities: Pre-service Primary Teachers
- MENS REA AS THE BASIS OF DIVERSION IN THE CHILD CRIMINAL JUSTICE SYSTEM BASED ON RESTORATIVE JUSTICE
- Environmental Factors for Motivation of First-Generation Hmong American College Students in Academic Attainment
- SPIGELIAN HERNIA IN A VIRGIN ABDOMEN - AN ENIGMATIC CASE REPORT ON A COINCIDENTAL FINDING DURING TOTAL LAPAROSCOPIC HYSTERECTOMY
- COMPLEX-ROTATION CALCULATIONS FOR DOUBLY EXCITED STATES (N„“ N„“) 2S+1LÁ´¨ [(2‰¤N‰¤ 3) (3 ‰¤N‰¤4) (0 ‰¤ „“ ‰¤ 2) AND (0 ‰¤ „“ ‰¤ 2)] OF HELIUM ISOELECTRONIC SERIES
Last modified: 2021-08-06 21:05:19