The purpose of this study is evaluating the effectiveness of three-stair-position (TSP) on the rate of Apnea of Prematurity (AOP), the feeding performance and the vital signs.
Apnea of Prematurity (AOP) is common critical symptoms of preterm infants with great harm for prematurity. Recurrent apnea may lead to brain damage caused by hypoxia, affecting the nervous system, even threatening life (1, 2). Therefore, choosing an intervention which can prevent and reduce occurrence of AOP with fewer side effects is an important issue that should be closely watched by neonatal intensive care unit (NICU) health care. Prone position is the forefront treatment due to its simple, economic and non-invasive. In clinic, it includes horizontal prone position (HPP), Head elevated tilt 15 ° prone position (HETP) and three-step-prone position (TSP)(3).Many studies have shown that HETP can allow thoracic volume increased and make abdominal movement more coordinated in preterm children, and then it is more favorable than the HPP on improving respiratory function. So HETP has been a routine position in NICU instead of HPP (4, 5). HETP, however, always make the babies slide to the foot of the bed resulting in airway obstruction. Therefore, scholars have proposed TSP which should prevent this phenomenon (6). In the study, the effectiveness of TSP on improvement of AOP will be evaluated trying to find a more suitable position for preterm infants.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
SINGLE
Enrollment
144
Infants in the TSP group received three-stair-prone position. Implementation steps were as following: 1) produced pad of three-stair-prone position the total height of which should be the same height as the head elevated 15 °. 2) Placed the infants on the pad with head on the highest ladder, chest on the second step and leg on the third step, bending the knees to the chest
Infants in the HETP group were allowed head up 15 ° prone position using a protractor with head to one side, arms against the sides of the body naturally bending, knees bent to the chest.
The rate of AOP
Time frame: 7 Days
Frequency of desaturation which defined as oxygen saturation by pulse oximetry (SPO2)<85%
Time frame: 7 Days
Number of Participants who need treatments
Treatments of AOP include stimulation, nasal cannula oxygen, pressurized oxygen, continuous positive airway pressure (CPAP), invasive mechanical ventilation, medication (pulmonary surfactant, aminophylline).
Time frame: 7 Days
Adverse events during feeding
Time frame: 7 Days
Times of milk retention
Time frame: 7 Days
Number of Participants with distension
Distension was diagnosed by a doctor and a nurse.
Time frame: 7 Days
Heart rate
Time frame: 7 Days
Number of Participants with Adverse Events
Time frame: 7 Days
amount of retention milk
Time frame: 7 Days
respiratory rate
Time frame: 7 Days
SPO2
Time frame: 7 Days
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