Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

The Effects of Bed Bathing on Vital Signs and Oxygen Saturation in Children Who Are Connected to Mechanical Ventilation

View through CrossRef
Aim This study is a quasi-experimental research that was conducted to evaluate the effects of bathing on vital signs and oxygen saturation in intubated children who are connected to mechanical ventilation. Methods The study sample consisted of children who are treated in the pediatric intensive care unit, University of Istanbul Cerrahpasa Faculty of Medicine Hospital. A total of 60 children who met the criteria of the sample group were included in the study. The children were given bed bathing with plain warm water of 32°C to 38°C on 3 different days. The vital signs and oxygen saturation values of the children were measured before bathing, just after bathing, and 30 minutes after bathing them. Results Most of the children (65%) were on mechanical ventilation because of respiratory system diseases; 91.7% of them were connected to mechanical ventilation with endotracheal tube. The first bed bathing of children was given mean of 1.54 ± 3.57 days after their hospitalization, and bathing durations were mean of 18.3 minutes. The vital signs (pulse, blood pressure, body temperature) were compared before and after bed bathing, and it was observed that the values before bathing, just after bathing, and 30 minutes after bathing had advanced level of difference (P < .001). The lowest values of all signs except body temperature were obtained 30 minutes after bed bathing. When oxygen saturation measurement values before bathing (94.5%) and after bathing were compared, it was found that the highest values (97.3%) were obtained 30 minutes after bed bathing. Conclusion The bed bathing positively affected the vital signs and oxygen saturation values in intubated children connected to the mechanical ventilation. Yet, there is still a need for more research to test the effects of bed bathing on respiratory and circulatory function.
Title: The Effects of Bed Bathing on Vital Signs and Oxygen Saturation in Children Who Are Connected to Mechanical Ventilation
Description:
Aim This study is a quasi-experimental research that was conducted to evaluate the effects of bathing on vital signs and oxygen saturation in intubated children who are connected to mechanical ventilation.
Methods The study sample consisted of children who are treated in the pediatric intensive care unit, University of Istanbul Cerrahpasa Faculty of Medicine Hospital.
A total of 60 children who met the criteria of the sample group were included in the study.
The children were given bed bathing with plain warm water of 32°C to 38°C on 3 different days.
The vital signs and oxygen saturation values of the children were measured before bathing, just after bathing, and 30 minutes after bathing them.
Results Most of the children (65%) were on mechanical ventilation because of respiratory system diseases; 91.
7% of them were connected to mechanical ventilation with endotracheal tube.
The first bed bathing of children was given mean of 1.
54 ± 3.
57 days after their hospitalization, and bathing durations were mean of 18.
3 minutes.
The vital signs (pulse, blood pressure, body temperature) were compared before and after bed bathing, and it was observed that the values before bathing, just after bathing, and 30 minutes after bathing had advanced level of difference (P < .
001).
The lowest values of all signs except body temperature were obtained 30 minutes after bed bathing.
When oxygen saturation measurement values before bathing (94.
5%) and after bathing were compared, it was found that the highest values (97.
3%) were obtained 30 minutes after bed bathing.
Conclusion The bed bathing positively affected the vital signs and oxygen saturation values in intubated children connected to the mechanical ventilation.
Yet, there is still a need for more research to test the effects of bed bathing on respiratory and circulatory function.

Related Results

High Concentration Oxygen and Hypercapnia in Respiratory Disease
High Concentration Oxygen and Hypercapnia in Respiratory Disease
<p>Oxygen-induced elevations in arterial carbon dioxide tension have been demonstrated in patients with chronic obstructive pulmonary disease (COPD), asthma, pneumonia, obesi...
How does bed load transport influence the longitudinal profile of reservoir sedimentation?
How does bed load transport influence the longitudinal profile of reservoir sedimentation?
The construction of the reservoir has destroyed the equilibrium of the natural river and promoted the siltation of a large amount of sediment in the reservoir. The longitudinal pro...
Closed-Loop Oxygen Control
Closed-Loop Oxygen Control
<p>Guidelines recommend that oxygen should be titrated to achieve a target oxygen saturation (SpO2 ) range in acutely unwell patients, a concept colloquially known as “swimmi...
Ventilation in university classrooms during the COVID-19 pandemic
Ventilation in university classrooms during the COVID-19 pandemic
The Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2) virus has caused a pandemic, forcing schools and universities to stop in-person classes. For universities to allow ...
Relative Permeability Effects on the Migration of Steamflood Saturation Fronts
Relative Permeability Effects on the Migration of Steamflood Saturation Fronts
Abstract The effects of various relative permeability-saturation relationships on the movement of water saturation fronts during steamflooding is investigated. Em...
Mechanical ventilation affects the microecology of the rat respiratory tract
Mechanical ventilation affects the microecology of the rat respiratory tract
AbstractBackgroundThe most common ‘second strike’ in mechanically ventilated patients is a pulmonary infection caused by the ease with which bacteria can invade and colonize the lu...
Indications, complications and short term outcomes of mechanical ventilation in NICU.
Indications, complications and short term outcomes of mechanical ventilation in NICU.
Objective: To determine the indications, complications and outcome of neonates requiring mechanical ventilation in neonatal intensive care unit (NICU). Study Design: Cross-sectiona...

Back to Top