New Technologies and Perinatal Medicine Prediction and Prevention of Pregnancy Complications - Hod, Moshe (CRC Press, 2020)
Cover; Half Title; Series Page; Title Page; Copyright Page; Contents; Introduction: Why do we need omics and systems biology?; Contributors; Section I: Pregnancy Complications: Setting the Scene; 1. The mother: Adaptation to pregnancy and normal metabolism; 2. Maternal and fetal normal and abnormal nutrition; 3. Great obstetrical syndromes: It's all in the placenta; 4. Normal and abnormal fetal growth; 5. Preterm labor and birth; 6. Gestational diabetes mellitus; 7. Preeclampsia; 8. Maternal obesity; 9. Maternal health: Immediate, short-, and long-term complications following pregnancy
10. The fetus and the neonate: Immediate, short-, and long-term impact11. Cost of pregnancy complications related to noncommunicable diseases and cost effectiveness of interventions to address them; Section II: Towards Prediction and Prevention; 12. Integrated system biology approaches to fetal medicine problems; 13. Omics and female reproduction; 14. Maternal genome and pregnancy outcomes; 15. Placental development and omics; 16. Placental metabolomics in obese pregnancies; 17. Methylome and epigenetic markers; 18. Microbiome and pregnancy complications
19. Small noncoding RNAs as biomarkers for pregnancy complications20. Urine metabolomics and proteomics in prenatal health; 21. Metabolomics and perinatal complications; 22. Metabolomics in normal and pathologic pregnancies; 23. Metabolomics in amniotic fluid; 24. Omics and coagulation disorders in pregnancy; 25. Omics and perinatal medicine; 26. Single nucleotide polymorphisms and pregnancy complications; 27. Metabolomics and perinatal cardiology; 28. Metabolomics and human breast milk: A unique and inimitable food for infants; 29. Neurodevelopment and placental omics
30. Early life complications, placental genomics, and risk for neurodevelopmental disorders in offspring31. Metabolomics and perinatal asphyxia; 32. Environment, pregnancy complications, and omics; 33. Sleep and pregnancy complications; 34. Maternal plasma cell-free DNA screening: Basic science and applications; 35. Maternal plasma cell-free DNA screening: Integration into clinical practice; 36. Microarrays; 37. Whole exome and whole genome sequencing; Index
Keywords: Pregnancy / Complications