PART A:Concepts in breath analysis 1. Breath biomarkers and the exposome 2. Breath sampling and standardization 3. Physiological modelling of exhaled compounds PART B: Breath constituents 4. Endogenous volatiles and the breath volatilome 5. Exhaled nitric oxide 6.Exhaled carbon monoxide 7. Exhaled breath condensate and aerosols PART C: Analytics 8.

Selected ion flow tube mass spectrometry 9. Proton transfer reaction--mass spectrometry 10. Ion mobility spectrometry 11. Secondary electrospray ionization 12. Sensor systems 13. Optical spectroscopy 14. Gas chromatography-mass spectrometry 15. High-resolution mass spectrometry PART D: Breath tests 16.

13C breath tests 17. Breath monitoring in the intensive care unit 18. Chronic obstructive pulmonary disease, smoking and vaping 19. Clinical phenotyping 20.Breath analysis for respiratory infections 21. Volatile biomarkers of viral infections 22. Lifestyle applications PART E: Beyond human breath 23. Biomarkers in urine and stool 24.

Volatile emissions from skin 25. Mammalian bioreactors for volatile emissions 26. Yeast and fungal volatilome 27. Bacterial volatile emissions PART F: Field applications 28. Breath analysis in law enforcement 29. Drugs in breath 30. Urban search and rescue 31. Breath analysis in constrained environments 32.

Breath analysis in occupational medicine 33. Breath biomarkers in human xenobiotic exposure studies 34. Canine olfaction PART G: Design and interpretation 35. Clinical study design 36. Challenges in clinical breath research development 37. Mathematical interpretation of targeted volatilome data 38. Preprocessing and analysis of volatilome data.