Лаборатория химии свободных радикалов ФЕН

Химические соединения

1. Paramagnetic resonance 100%
2. Thiophenes 42%
3. Derivatives 41%
4. Oligomers 40%
5. Spin Labels 39%
6. Discrete Fourier transforms 33%
7. Spectroscopy 32%
8. Bearings (structural) 29%
9. Cyclic voltammetry 29%
10. Luminescence 26%
11. Cycloaddition 25%
12. Single crystals 25%
13. Ribosomal Proteins 22%
14. Benzene 19%
15. Exchange interactions 18%
16. Molecules 18%
17. Messenger RNA 18%
18. Photoluminescence 18%
19. Crystals 17%
20. Chemical activation 17%
21. Oxides 17%
22. Optical properties 17%
23. Electrons 17%
24. Optoelectronic devices 16%
25. Rats 16%
26. Toluene 16%
27. Mitochondria 15%
28. Transfer RNA 14%
29. Quantum yield 13%
30. Condensation 13%
31. Crystal structure 13%
32. Aluminum 12%
33. Substitution reactions 12%
34. Organic field effect transistors 12%
35. Pathology 12%
36. Guanidine 12%
37. Fullerenes 12%
38. X ray diffraction 11%
39. Aerosols 11%
40. Electrochemical properties 11%
41. Protonation 11%
42. Polystyrenes 11%
43. Electrostatics 10%
44. X rays 10%
45. Reactive Oxygen Species 10%
46. X ray diffraction analysis 10%
47. Molecular structure 10%
48. Temperature 10%
49. Free Radicals 10%
50. Distance measurement 10%
51. Amines 10%
52. Cycloheptanes 10%
53. Atoms 10%
54. Gold 10%
55. Oxidation 9%
56. Crystalline materials 9%
57. Ultraviolet spectroscopy 9%
58. Separase 9%
59. Charge transfer 9%
60. Palladium 9%
61. Structural analysis 9%
62. Aging of materials 9%
63. Brain 8%
64. Membranes 8%
65. Anions 8%
66. Salts 8%
67. Antioxidants 8%
68. Benzopyrenes 8%
69. Monomers 8%
70. Ketones 8%
71. Polymorphism 8%
72. Perylene 8%
73. Electronic structure 8%
74. Polymers 8%
75. Viruses 8%
76. Polymerization 8%
77. Magnetic properties 8%
78. Dihedral angle 8%
79. Ions 8%
80. Polarization 8%
81. pH effects 7%
82. Hydroxylamine 7%
83. Photoluminescence spectroscopy 7%
84. Lithium 7%
85. Oxidative stress 7%
86. Molecular electronics 7%
87. Aldehydes 7%
88. Phospholipids 7%
89. X ray analysis 7%
90. Naphthols 7%
91. Proteins 7%
92. Betaine 7%
93. Anthraquinones 7%
94. Triazines 7%
95. Amino Acids 7%
96. Single-Stranded DNA 7%
97. Crystallins 7%
98. Phosphorylation 6%
99. Particle accelerators 6%
100. Pulse generators 6%

Биологические науки и медицина

1. Electron Spin Resonance Spectroscopy 35%
2. Ribosomes 35%
3. Alzheimer Disease 33%
4. Ribosomal Proteins 32%
5. Mitochondria 32%
6. Pathology 28%
7. Messenger RNA 27%
8. Eukaryotic Small Ribosome Subunits 23%
9. Autophagy 23%
10. Wistar Rats 17%
11. DNA-(Apurinic or Apyrimidinic Site) Lyase 15%
12. Transfer RNA 15%
13. Proteins 14%
14. Single-Stranded DNA 13%
15. Neoplastic Stem Cells 13%
16. Antioxidants 13%
17. Reactive Oxygen Species 13%
18. Benzene 13%
19. Spectrum Analysis 13%
20. Aluminum 12%
21. Hypertrophic Cardiomyopathy 12%
22. Neoplasms 12%
23. Macular Degeneration 12%
24. Single Nucleotide Polymorphism 12%
25. Aerosols 11%
26. Polystyrenes 11%
27. Genes 11%
28. X-Ray Diffraction 11%
29. Cycloheptanes 10%
30. Endothelial Cells 10%
31. DNA 9%
32. Separase 9%
33. Oxidation-Reduction 9%
34. Peptides 8%
35. Cardiomyopathies 8%
36. RNA 8%
37. Oxygen 8%
38. Eukaryota 8%
39. Hepacivirus 8%
40. Amino Acids 8%
41. DNA Damage 8%
42. Retinal Pigment Epithelium 7%
43. Hydroxylamine 7%
44. Anti-Bacterial Agents 7%
45. RNA Sequence Analysis 7%
46. Nucleotides 7%
47. Fanconi Anemia 7%
48. Disulfiram 7%
49. Betaine 7%
50. Myocardium 7%
51. Oxygenases 7%
52. Particle Accelerators 7%
53. Crystallins 7%
54. Initiator Codon 6%
55. Water 6%
56. Aluminum Oxide 6%
57. Brain 6%
58. Prefrontal Cortex 6%
59. Transcriptome 6%
60. Cyclodextrins 6%
61. Toluene 6%
62. Neuroglia 6%
63. Gene Expression Profiling 6%
64. Cyclization 6%
65. Hydroxylation 6%
66. Oxidative Stress 5%
67. Ketones 5%
68. Gene Expression 5%
69. Static Electricity 5%
70. Styrene 5%
71. Polyribosomes 5%
72. Spin Labels 5%
73. DNA Repair 5%
74. Cerebral Cortex 5%
75. Powders 5%
76. Aquaporins 5%
77. Cataract 5%
78. Oxides 5%
79. Hypertrophy 5%
80. Radiotherapy 5%

Физика и астрономия

Physics

1. electron paramagnetic resonance 30%
2. hypertension 15%
3. magnetic resonance 10%
4. luminescence 9%
5. diffraction 9%
6. photoluminescence 8%
7. optical properties 7%
8. electrons 6%
9. polarization 6%
10. fluorescence 5%
11. transport properties 5%

Chemistry and Materials

1. oligomers 29%
2. thiophenes 26%
3. furans 25%
4. benzene 14%
5. cyclohexane 10%
6. molecules 10%
7. mesitylene 7%
8. aluminum chlorides 7%
9. lipids 6%
10. cholesterol 6%
11. quinoline 6%
12. sugars 5%
13. polymers 5%
14. photochemical reactions 5%
15. halides 5%
16. molybdenum 5%
17. composite materials 5%

General

1. synthesis 22%
2. single crystals 14%
3. interactions 12%
4. probes 10%
5. membranes 9%
6. Finland 9%
7. electron transfer 9%
8. activation 8%
9. donor materials 8%
10. resonance probes 8%
11. crystals 7%
12. pulse generators 6%
13. angiography 6%
14. relaxation time 6%
15. rigidity 5%
16. death 5%
17. substitutes 5%

Life Sciences

1. rats 14%
2. arteries 11%
3. conjugation 8%
4. cerebral cortex 8%
5. pathology 6%

Aerospace Sciences

1. spectroscopy 13%

Engineering

1. cross coupling 12%
2. electron spin 11%
3. x rays 9%
4. magnetic properties 5%