Plasma hypoxanthine reacts more abruptly to changes in oxygenation than base deficit and uric acid in newborn piglets

Articles in the same Issue

1. Titelei
2. Review article
3. Predictive value of a single CTG, ultrasound and Doppler examination to diagnose acute and chronic placental insufficiency in multiple pregnancies
4. Changes in TcPCO₂ regarding pulmonary mechanics due to pneumotachometer dead space in ventilated newborns
5. Reliability of individual umbilical artery pH measurements
6. Decreased first trimester uric acid production in future preeclamptic patients
7. Plasma hypoxanthine reacts more abruptly to changes in oxygenation than base deficit and uric acid in newborn piglets
8. Comparison of vancomycin and teicoplanin for prophylaxis of sepsis with coagulase negative staphylococci (CONS) in very low birth weight (VLBW) infants
9. Fibrinolysis changes in normal pregnancy
10. Intervillous circulation in all three trimesters of normal pregnancy assessed by color Doppler
11. Neonatal sepsis due to echovirus 18 infection
12. Short communication
13. Letter to the Editors
14. Congress Calendar
15. Guidelines for the preparation of manuscripts