Glycolysis

PART I GLYCOLYSIS AND PHYSIOLOGICAL PROCESSES<br>1. Development and glycolysis dependence<br>2. Neuro-glia communication and glycolysis<br>3. Glycolysis and skeletal muscle plasticity<br>4. Glycolysis and trained heart<br>5. Bone glycolysis and the regulation of energy balance<br>6. Glycolysis in adipose tissue-dependent thermogenesis<br>7. Regulation of glycolysis from a liver-centric perspective <br>8. Glycolysis as a rheostat mechanism in pancreas function<br>9. The Warburg-like effect in reproductive events<br><br>PART II GLYCOLYSIS AND PATHOLOGICAL EVENTS <br>10. Exploring glycolytic adaptations in cancer cells<br>11. The glycolytic pathway to heart failure<br>12. Glycolysis in PAH and COPD metabolic reprogramming<br>13. Glycolysis and mitochondrial function in diabetes mellitus <br>14. Metabolic adaptation to glycolysis as a basic defense mechanism of immune cells<br>15. Inborn glycolytic pathway defects<br>16. Enhanced glycolysis and metabolic complications of hematologic malignancies<br>17. Implications of glycolysis for osteoporosis pathogenesis<br>18. Glucose, glycolysis, and neurodegenerative diseases<br>19. Viral Infections and glycolysis<br><br>SUPPLEMENTAL INFORMATION – Methodological approaches<br>20. The application of Omics to explore glycolysis <br>21. An interactive analysis of glycolysis regulation<br>22. Measuring glycolysis flux