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Titlebook: OXYGEN: Basis of the Regulation of Vital Functions in the Fetus; Wolfgang Künzel (Gf. Direktor der Frauenklinik und Conference proceedings

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https://doi.org/10.1007/978-3-642-77469-0birth; embryo; erythropoietin; fetus; metabolism; placenta; pregnancy; regulation; sonography; metabolic dise
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Oxygen Deficiency During Fetal Development and Delivery — Speculations About Clinical Conditionsimplantation, and placentation itself. The establishment of the vascular system facilitates the oxygen transfer from the mother to the fetus and ultimately the oxygen transport to the fetal tissue (Bartels and Baumann 1972; Longo et al. 1972; Moll 1972; Wulf et al. 1972).
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Influence of Maternal Oxygen Inhalation on Uteroplacental and Fetal Perfusion Measured by Doppler Sor ultrasound method to measure the uteroplacental, fetoplacental and fetal blood flow velocity waveforms in preterm labor. Apart from confirming impaired hemodynamics, we were especially interested to establish whether maternal oxygen inhalation could bring about any improvement of the impairment and result in a better pregnancy outcome.
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Interpretation of FHR Patterns of SGA Fetuses in Correlation to Fetal Blood Gas Values Obtained Via perinatal death or chronic handicap, and fetuses whose growth is retarded due to either placental insufficiency with malnutrition and hypoxia, or intrinsic fetal pathology like chromosomal abnormalities, or hereditary malformations.
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The Role of the Sympathetic Nervous System in Preventing Brain Damage During Perinatal Asphyxiaigglesworth 1979). Since a number of clinical studies have shown that babies born prematurely are much more susceptible to cerebral hemorrhage than mature babies born near term, it is likely that there are defense mechanisms against the adverse effects of asphyxia on the integrity of the fetal brain that mature during development.
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OXYGEN: Basis of the Regulation of Vital Functions in the Fetus
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