1976
DOI: 10.1515/jpme.1976.4.2.72
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Oxygen consumption, heart rate, respiratory rate and rectal teraperature in healthy newborns during the first two hours after birth

Abstract: Schubring et al., Oxygen consumption, heart rate, respiratory rate and rectal temperature Original articles J. Perinat. Med. 4(1976) 72 Oxygen consumption, heart rate, respiratory rate aiid rectal temperature in healthy newborns during the first two hours after birth Ch. Schubring, C. F. Michel, W. Hobel With the assistance of

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Cited by 7 publications
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“…This instrument tests the dynamic surface properties of surfactants at a spherical interface and can be pulsated at high speeds. This would be relevant to the lung surfactant system as pulsation at a high speed of 40 cpm would correspond to the respiratory rate of neonates (Schubring et al, 1976;Yu and Possmayer, 1993) and also to the frequency of ventilator settings used for neonates (Koyabashi et al, 1990). The minimum surface tension, static surface tension at a bubble of maximum sizeas a measure of the adsorption to an air-liquid interface, and stability index of liposomal suspensions of the main phospholipids of pulmonary surfactant and their binary mixed films, in the ratio of 2 parts of PC with 3 parts of PE or PG, forming the mixtures PCPE and PCPG, respectively, are studied both in the absence and in the presence of eucalyptus.…”
Section: Methodsmentioning
confidence: 99%
“…This instrument tests the dynamic surface properties of surfactants at a spherical interface and can be pulsated at high speeds. This would be relevant to the lung surfactant system as pulsation at a high speed of 40 cpm would correspond to the respiratory rate of neonates (Schubring et al, 1976;Yu and Possmayer, 1993) and also to the frequency of ventilator settings used for neonates (Koyabashi et al, 1990). The minimum surface tension, static surface tension at a bubble of maximum sizeas a measure of the adsorption to an air-liquid interface, and stability index of liposomal suspensions of the main phospholipids of pulmonary surfactant and their binary mixed films, in the ratio of 2 parts of PC with 3 parts of PE or PG, forming the mixtures PCPE and PCPG, respectively, are studied both in the absence and in the presence of eucalyptus.…”
Section: Methodsmentioning
confidence: 99%