Detail Cantuman

ABSTRACT
Introduction: Stress experienced by the baby will affect the body’s function by
increasing the body’s metabolism. Nesting is used to reduce stress in premature
babies. Nesting can be done in a supine or prone position. Few studies have
examined the effects of body position on body weight and oxygen saturation. The
objective of the study was to determine the difference in oxygen saturation and
weight change on the use of nesting in the prone and supine positions in premature
babies.
Methods: The research used a quasi-experimental design. The sample consisted of
30 premature babies, which was obtained using a consecutive sample technique.
The independent variables were nesting positioning (supine and prone), and the
dependent variables were oxygen saturation and body weight. The data of oxygen
saturation and the baby’s weight were collected using pulse oximetry; the baby’s
weight scale used observation sheets. The data was analysed using the t-test,
Wilcoxon Sign Ranks Test, and Mann Whitney U Test.
Results: The results showed that there was a difference in oxygen saturation before
and after the use of nesting in the supine (p=0.001) and prone position (p=0.000).
There was a weight difference before and after the use of nesting in both supine
(p=0.000) and prone position (p=0.000). There was no difference in oxygen
saturation value and infant weight, before or after, between the supine position and
the prone position (p=0.18; p=0.9).
Conclusion: The use of nesting in both positions (supine or prone) can increase
oxygen saturation and infant weight. Researchers recommend the use of nesting
with supine or prone positions routinely in premature babies.