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Computational Model for Insensible Water Loss From the Newborn
Pediatrics, 1987A mathematical model for predicting insensible water loss from the newborn infant has been developed, and its adjustable parameters have been evaluated using existing data for respiratory and transepidermal water loss components. Subsequently, the model was verified by using an independent set of available data on total insensible loss from naked ...
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Effects of Radiant Warmer on Insensible Water Loss in Newborn Infants
JAMA Pediatrics, 1974Twenty-four insensible water loss (IWL) studies, measured as insensible weight loss (IL), were performed on 24 normal, term, newborn infants during the first two days of life. The IWL of infants placed under a radiant warmer (infrared radiant energy source) was significantly greater than the IWL of infants placed in a standard convection-type incubator
Paul R Williams
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Insensible water loss and its assessment in adult patients: a review
Acta Anaesthesiologica Scandinavica, 1987The nature, magnitude and factors influencing insensible water loss are discussed. A brief overview of the current practice of estimating insensible perspiration in Sweden is presented. Finally, a suggestion is put forward regarding a simplified formula for estimating insensible water loss in adult patients, based on information currently available in ...
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Phototherapy and Insensible Water Loss in the Newborn Infant
Archives of Pediatrics & Adolescent Medicine, 1972Water balance studies were performed in 12 full-term hyperbilirubinemic newborn infants receiving phototherapy. The results were compared with 14 control and 10 jaundiced infants who did not receive phototherapy. In phototherapy infants, the respiratory rate, stool water loss, and insensible water loss were significantly greater than the control and ...
W, Oh, H, Karecki
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Predicting Insensible Water Loss in Premature Neonates
Biology of the Neonate, 2009The insensible water loss from the skin of premature neonates in various environments can be estimated by modeling the skin as a composite membrane and applying Fick’s law to each layer. Studies involving human skin development have made it possible to apply the proposed model to predict an infant’s insensible water loss as a function of gestational ...
S E, Doty, W D, McCormack, R C, Seagrave
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Insensible water loss in infants
Journal of Pediatric Surgery, 1967HE PHENOMENON of insensible loss of water was first noted by Sanetorius in 1614, when he suspended himself from one arm of a beam balance and observed a progressive weight loss2 He conceived the name "perspiratio insensiblis" for the insensible, or evaporative, water loss that occurs through the skin and lungs.
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Effect of an air-fluidized bed on insensible water loss
Critical Care Medicine, 1987Air-fluidized beds are increasingly used for patients with burns, decubitus ulcers, trauma, and generalized debility. Fluidized beds provide a medium that is more dense than water for patients to float on by pumping air through silicone-coated microspheres separated from the patient by a monofilament polyester sheet.
L J, McNabb, J, Hyatt
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Increased insensible water loss in feline retrovirus-infected cats
Respiration Physiology, 1995Feline retroviruses such as feline leukemia virus (FeLV) adversely affect the regulation of many vital host systems such as the immune response, erythropoiesis, and nutrient metabolism. In this paper, we describe the disruption of an additional homeostatic mechanism-evaporative water loss-by FeLV. Viremic cats had greater evaporative water losses (24.0
J R, Hartke, C A, Buffington, J L, Rojko
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EFFECT OF SUPERSATURATED ATMOSPHERES ON INSENSIBLE WATER LOSS IN THE NEWBORN INFANT
Pediatrics, 1954A series of observations are reported which were designed to show the effect of supersaturated atmospheres on the insensible water loss in the normal newborn infant without oral intake. The following conclusions were reached: 1. Supersaturated atmospheres will reduce the insensible water loss in the newborn infant. 2.
D, O'BRIEN, J D, HANSEN, C A, SMITH
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