Edinburgh Brain and Tissue bank

Medicine & Life Sciences

1. Albumins 6%
2. Alleles 5%
3. Alzheimer Disease 10%
4. Amyotrophic Lateral Sclerosis 41%
5. Anisotropy 16%
6. Autopsy 20%
7. Biological Availability 7%
8. Blood Donors 11%
9. Blood Vessels 9%
10. Brain 96%
11. Brain Injuries 7%
12. Cerebellum 24%
13. Codon 11%
14. Cognitive Dysfunction 22%
15. Confidence Intervals 7%
16. Connective Tissue 36%
17. Corpus Callosum 5%
18. Creutzfeldt-Jakob Syndrome 100%
19. Crohn Disease 14%
20. Cytoskeleton 6%
21. Databases 11%
22. Datasets 21%
23. Dementia 6%
24. Diffusion Tensor Imaging 5%
25. Drive 6%
26. Electron Microscope Tomography 11%
27. Electron Microscopy 33%
28. Epilepsy 32%
29. Epileptic Syndromes 5%
30. Executive Function 10%
31. Exome 23%
32. Exons 51%
33. Febrile Seizures 49%
34. Fluorescent Antibody Technique 6%
35. Frontal Lobe 18%
36. Gene Expression 92%
37. Gene Expression Profiling 8%
38. Genes 46%
39. Genetic Variation 37%
40. Genome 42%
41. Genotype 11%
42. Gliosis 6%
43. Gyrus Cinguli 5%
44. Hippocampus 10%
45. Human Embryonic Stem Cells 46%
46. Hypertension 5%
47. Immune System 5%
48. Leprosy 8%
49. Leucine-Rich Repeat Serine-Threonine Protein Kinase-2 15%
50. Linkage Disequilibrium 31%
51. Mental Disorders 6%
52. Mesencephalon 8%
53. Messenger RNA 19%
54. Microarray Analysis 7%
55. Microglia 13%
56. Microscopy 6%
57. Monocytes 6%
58. Motor Neuron Disease 8%
59. Multiple Sclerosis 5%
60. Neurochemistry 21%
61. Neurodegenerative Diseases 40%
62. Neuroglia 6%
63. Neurons 23%
64. Nitric Oxide 6%
65. Odds Ratio 7%
66. Open Reading Frames 7%
67. Parkinson Disease 19%
68. Parkinson Disease 5 13%
69. Pentosan Sulfuric Polyester 63%
70. Phagocytosis 6%
71. Population 9%
72. Prefrontal Cortex 21%
73. Prion Proteins 67%
74. Prions 47%
75. Proteins 8%
76. Pyramidal Tracts 11%
77. Quantitative Trait Loci 58%
78. Regenerative Medicine 8%
79. RNA-Seq 9%
80. Sclerosis 41%
81. Single Nucleotide Polymorphism 6%
82. Sodium Channels 10%
83. Spleen 34%
84. Stroke 26%
85. Survival 21%
86. Synapses 35%
87. Task Performance and Analysis 5%
88. Temporal Lobe Epilepsy 45%
89. Theoretical Models 6%
90. Tight Junctions 8%
91. Tissue Donors 9%
92. Tissue Embedding 13%
93. Tomography 26%
94. Transcriptome 7%
95. Transmission Electron Microscopy 7%
96. White Matter 35%