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IRCT201011135168N1 IRCT 2011-06-12 Deputy of Research in Medical Sciences of Tabriz University Effect of supine and prone positions on oxygenation of premature infants with respiratory distress syndrome Comparison of prone and supine position on oxygenation of Nasal CPAP treating premature infants with respiratory distress syndrome in Tabriz Alzahra hospital, 2010. 2010-07-01 anticipated 44 Complete https://irct.ir/trial/5516 interventional Randomization: Randomized, Blinding: Not blinded, Placebo: Not used, Assignment: Parallel, Purpose: Supportive. N/A Respiratory distress syndrome. Infant randomly placed in supine or prone position (as first position) and left for 15 minutes to get stable in this situation and no procedure carried out in this period. After 15 minutes arterial oxygen saturation (SatO2) and heart rate (HR) measured by using the pulse oximeter and the concentration of received oxygen (FiO2) measured by using oxygen/air Blender and documented in questionnaire. Then number of infant's respiration (RR) counted by researcher within one minute, and documented in questionnaire.
public Maliheh Assadollahi
Pediatric Department of nursing and midwifery faculty
Tabriz Iran (Islamic Republic of) 51745-347 +98 41 1479 9713 assadollahim@tbzmed.ac.ir Tabriz University of Medical Sciences scientific Maliheh Assadollahi
Nursing and Midwifery faculty, South Shariati Street, Tabriz.
Tabriz Iran (Islamic Republic of) 51745-347 +98 41 1479 9713 assadollahim@tbzmed.ac.ir Tabriz university of medical & health serves Iran (Islamic Republic of) Inclusion criteria: 29-34 weeks gestational age, Existence of respiratory distress requires to use of Nasal CPAP, prescribed PEEP amount equal 5 or 6 cmH2o, The maximum time for receiving CPAP three days, Being NPO, inexistence of congenital heart diseases in infants, inexistence congenital structural defects in respiratory system, not having any physical deformity which be obstacle for change position,1 passing at least 6 hours from receiving surfactant, not caring out invasive procedures such as IV line insertion or blood sampling during the parameters measure. Exclusion criteria: Enhancement of respiratory distress and need to intubation, catching pneumothorax and need to chest tube insertion. 28 years 34 years Both P22.0 Respiratory distress of newborn Other Infant randomly placed in supine or prone position (as first position) and left for 15 minutes to get stable in this situation and no procedure carried out in this period. After 15 minutes arterial oxygen saturation (SatO2) and heart rate (HR) measured by using the pulse oximeter and the concentration of received oxygen (FiO2) measured by using oxygen/air Blender and documented in questionnaire. Then number of infant's respiration (RR) counted by researcher within one minute, and documented in questionnaire Arterial oxygen saturation (SatO2). Timepoint: every 10 minutes and totally 30 minutes in every position. Method of measurement: pulse oximeter and the concentration of received oxygen (FiO2) measured by using oxygen/air Blender. Heart rate (HR). Timepoint: every 10 minutes and totally 30 minutes in every position. Method of measurement: pulse oximeter and the concentration of received oxygen (FiO2) measured by using oxygen/air Blender. Enhancement of arterial oxygen saturation and reduction of concentration of received oxygen of Nasal CPAP treating premature infant's in Prone position. Timepoint: every 10 minutes and totally 30 minutes in every position. Method of measurement: By using the Masimo Set pulse oximeter structured by SAADAT company and Medin air/oxygen Blender structured by Innovation company. Deputy of Research in Medical Sciences of Tabriz University Approved 2010-09-10 Tabriz University of Medical Sciences Deputy of Research in Medical Sciences of Tabriz University Tabriz Iran (Islamic Republic of)