Using metabolomics to investigate the metabolic signatures and associated pathways linked to short-term exposure to air pollutants

Keyphrases

1. Exposure to Air Pollutants 100%
2. Air Pollution 100%
3. Metabolic Signature 100%
4. Metabolomics 100%
5. Short-term Exposure 100%
6. Cardiovascular Disease 80%
7. Exposure Scenario 60%
8. Metabolome-wide Association Study 40%
9. Exposure to Air Pollution 40%
10. Particulate Matter 2.5 (PM2.5) 40%
11. Metabotype 40%
12. Air Pollution Exposure 40%
13. Long-term Exposure 40%
14. Disease Process 40%
15. Heart Disease 40%
16. Particulate Matter 40%
17. Air Pollutants 40%
18. Biochemical Pathways 40%
19. Illness 40%
20. Metabolic Fingerprinting 40%
21. Personal Exposure Monitoring 20%
22. Large Artery Atherosclerosis 20%
23. Air Pollution Health Effects 20%
24. Diesel-biodiesel 20%
25. Whole Systems Approach 20%
26. Particulate Pollutants 20%
27. Action Properties 20%
28. Abatement Policy 20%
29. Blood-based Marker 20%
30. Wood Smoke 20%
31. Oxford Street 20%
32. Peri-urban 20%
33. Air Pollution Risk 20%
34. Heart Rhythm 20%
35. Air Quality 20%
36. Epidemiological Evidence 20%
37. Bioinformatics 20%
38. Urban Residents 20%
39. Statistical Analysis 20%
40. Behavior Change 20%
41. Microbial Effect 20%
42. Chemometrics 20%
43. Control Policy 20%
44. Metabolic Data 20%
45. Air Pollution Reduction 20%
46. Gut Microbial Community 20%
47. High Prevalence 20%
48. Metabolic Pathway 20%
49. Disease Event 20%
50. Analytical Chemistry 20%
51. Human Metabolism 20%
52. Approaches to Study 20%
53. Chamber Study 20%
54. Metabolic Features 20%
55. Atherosclerosis Progression 20%
56. National Standard 20%
57. Ambient Particulate Matter 20%
58. Metabolic Profiling 20%
59. Existing Data 20%
60. Early Disease 20%
61. Comprehensive Characterization 20%
62. Adverse Health Effects 20%
63. Toxic Properties 20%
64. Gaseous Pollutants 20%
65. Mode of Action 20%
66. Pollution 20%
67. High Burden 20%
68. Mechanistic Pathway 20%
69. Cardiovascular Mortality 20%
70. Human Exposure 20%
71. Statistical Methods 20%
72. Air Pollution Control 20%
73. Air Pollution Effects 20%
74. Nitrogen Dioxide 20%
75. Environmental Influence 20%
76. Detrimental Effects 20%
77. Slow Progression 20%
78. Cardiovascular Risk 20%
79. Heart Failure 20%
80. Causal Pathways 20%
81. Ambient Air Pollution 20%
82. Heart Stroke 20%
83. Disease Risk 20%
84. Technical Solutions 20%