Bjarne W. Strobel

Keyphrases

1. High Performance Liquid Chromatography-tandem Mass Spectrometry (HPLC-MS/MS) 100%
2. Saponins 80%
3. Artemisinin 80%
4. Ptaquiloside 80%
5. Dissolved Organic Carbon 78%
6. Green Rust 75%
7. Bracken 60%
8. Artemisia Annua 55%
9. Pyrrolizidine Alkaloids 55%
10. Biopesticides 55%
11. Liquid Chromatography-tandem Mass Spectrometry (LC-MS/MS) 52%
12. Pterosin 50%
13. Plant Extracts 42%
14. Pesticides 40%
15. Surfactant 37%
16. Solid-phase Extraction 36%
17. Carbon Tetrachloride 35%
18. Chloroform 35%
19. Annua 34%
20. Aqueous Solution 31%
21. Leaching 30%
22. Carcinogen 30%
23. Cu-Ni 29%
24. Adsorption 28%
25. Reductive Dechlorination 28%
26. Natural Water 27%
27. Hydrolysis 26%
28. Soil Environment 26%
29. Topsoil 25%
30. 2,4-Dichlorophenoxyacetic Acid 25%
31. Exposure Pathways 25%
32. Amino Acids 25%
33. Inorganic Contaminants 25%
34. Copper-mediated 25%
35. Synergistic Effect 25%
36. Oxidation State 25%
37. Quantitative PCR 25%
38. Quantitative Imaging 25%
39. Plant Removal 25%
40. Macroinvertebrates 25%
41. Land Management 25%
42. Carbon Footprint 25%
43. Undisturbed Soil 25%
44. Temperate Soils 25%
45. Simultaneous Effects 25%
46. Desorption 25%
47. CH4 Emission 25%
48. Dihydroartemisinin 25%
49. Fine Particulate Matter 25%
50. TfdA Gene 25%