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Keywords: Free fatty acids
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Journal Articles
Journal: Neonatology
Biology of the Neonate (1987) 51 (2): 102–112.
Published Online: 24 September 2009
...Eleazar Shafrir; Varda Barash High levels of triglycerides (TG) and free fatty acids (FFA) in maternal plasma, in diabetes, promote fat passage to the fetus. In the streptozotocin-diabetic rat a significant correlation exists between maternal plasma and fetal tissue lipid contents, as shown...
Journal Articles
Journal: Neonatology
Biology of the Neonate (1986) 50 (1): 16–20.
Published Online: 24 September 2009
...David Terasaka; David A. Clark; Bibhuti N. Singh; John Rokahr Meconium samples of 20 healthy full-term babies were analyzed for free fatty acid content. The total fatty acid content per net weight varied by as much as 9-fold between samples. Considerable variability was also observed...
Journal Articles
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1978) 34 (3-4): 146–149.
Published Online: 17 September 2009
... free fatty acids (FFA), whose concentration more than doubled after 48 h starvation. It is concluded that maternal FFA contribution to the fetal lipids increases during starvation and certain fetal fatty acids, in particular linoleic acid, may in the fed state be derived from maternal lipids other than...
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1977) 32 (1-2): 108–112.
Published Online: 17 September 2009
...H. Přibylová; V. Melichar; V. Šabata Changes of total blood sugars, glucose, fructose, lactate, pyruvate, acid-base balance and free fatty acids were followed in 15 healthy newborns whose mothers received fructose infusions during labour. The results were compared with 20 control newborns...
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1979) 36 (3-4): 193–197.
Published Online: 17 September 2009
...J. Přibylová; J. Kozlová The changes of insulin, blood sugars, lactate and free fatty acid levels were studied in 12 newborns of diabetic mothers and in 21 newborns of healthy mothers in the course of intravenous infusions of glucose and galactose at a dose of 0.5 g·kg –– 1 ·h ––1 . During glucose...
Journal Articles
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1973) 23 (3-4): 205–213.
Published Online: 16 September 2009
...H. Přibylová; I. Kimlová; A. Štroufová Changes in blood glucose, fructose, plasma insulin (IRI), lactate, pyruvate, and free fatty acids (FFA) were determined in 15 healthy newborns after fructose load and 10 newborns after glucose load. Fructose loading resulted in stimulation of plasma insulin...
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1975) 27 (1-2): 61–70.
Published Online: 16 September 2009
...Agnes Cser; R.D.G. Milner Twenty exchange transfusions for hyperbilirubinaemia were performed via the umbilical vein or artery in 17 term and pre-term infants. Blood preserved with acid citrate and dextrose was used and the effect of the route of transfusion on plasma glucose, free fatty acid...
Journal Articles
Journal: Neonatology
Biologia Neonatorum (1974) 24 (5-6): 298–305.
Published Online: 16 September 2009
...L. Hummel; W. Schirrmeister; T. Zimmermann; H. Wagner The following conclusions can be drawn from our experiments with regard to the fetal lipid metabolism, using the tracer technique and a mathematical model. (1) The fetal plasma free fatty acids (FFA) exchange so rapidly with another FFA...
Journal Articles
Journal: Neonatology
Biology of the Neonate (1998) 74 (2): 163–176.
Published Online: 23 July 1998
... protection provided through several distinct mechanisms. These are: bactericidal effects (lactoferrin), bacteriostatic action (lactoferrin, lysozyme), lysis of microorganisms (lysozyme), antiviral effects (lactoferrin, products of milk fat digestion), antiprotozoan activity (free fatty acids produced during...