מדעי החיים

Keyphrases

1. Myasthenia Gravis 100%
2. Experimental Autoimmune Myasthenia Gravis 97%
3. Acetylcholine Receptor (AChR) 77%
4. Israel 53%
5. Fission Yeast 41%
6. Target of Rapamycin 39%
7. Experimental Autoimmune 37%
8. Neural Recruitment 35%
9. Artificial Light at Night 32%
10. G Protein-coupled Receptor 32%
11. Unlimited Associative Learning 31%
12. Zebra Finch 29%
13. Voltage Dependence 27%
14. TORC2 27%
15. Autoimmune Disease 27%
16. Evolutionary Transitions 27%
17. Sentience 26%
18. Brain Plasticity 26%
19. Regulatory T (Treg) Cells 25%
20. Regulatory T Cells 25%
21. Protein Kinase 24%
22. Intravenous Immunoglobulin (IVIg) 23%
23. Associative Learning 22%
24. Transmitter Release 21%
25. Torpedo 21%
26. Acetylcholine Receptor Antibody 20%
27. Recombinant Fragment 19%
28. Minimally Conscious State 18%
29. M2 muscarinic Receptor 18%
30. Disease-specific 18%
31. Gene Expression 18%
32. TORC1 17%
33. Gad8 17%
34. Rapamycin 17%
35. MTOR Complex 2 (mTORC2) 17%
36. Acetylcholine Receptor Subunit 17%
37. Neural Plasticity 16%
38. Brain Regions 16%
39. Evolutionary 15%
40. Cricket 14%
41. Mammalian Target of Rapamycin (mTOR) 14%
42. Eukaryotes 14%
43. Immunosuppression 14%
44. Myasthenia 14%
45. Potassium Channel 14%
46. Neurogenesis 13%
47. Taeniopygia Guttata 13%
48. Glycogen Synthase Kinase 3 (GSK3) 13%
49. Extracellular Calcium 13%
50. Calcium Buffering 13%
51. Autoimmune Regulator 13%
52. New Neuronal Recruitment 13%
53. Hippocampus 13%
54. Hebrew University 13%
55. Avian Brain 12%
56. Nidopallium 12%
57. Plastid 11%
58. Transition Marker 11%
59. Nervous System 11%
60. Numt 11%
61. Na + 11%
62. Adaptation 11%
63. CXCR3 11%
64. Gene Silencing 11%
65. Gryllus Bimaculatus 11%
66. Epitope 11%
67. Vertebrates 11%
68. Israeli 11%
69. Overexpression 11%
70. Electric Organ 11%
71. Common Myna 11%
72. Stridulation 10%
73. Epigenetics 10%
74. Social Environment 10%
75. Singing Behavior 10%
76. Woodpecker 10%
77. Bird Species 10%
78. Intravenous Immunoglobulin Therapy 10%
79. MRNA Level 10%
80. Genetic Accommodation 10%
81. Membrane Potential 10%
82. Seed Germination 10%
83. Hexosaminidase A 9%
84. Telomere Length Maintenance 9%
85. Phage 9%
86. Germination 9%
87. Interleukin-6 9%
88. Genome Stability 9%
89. Mitochondrial DNA 9%
90. Template Switching 9%
91. Nutritional Signals 9%
92. Costimulatory Molecules 9%
93. Serotonergic 9%
94. Gallus Gallus Domesticus 9%
95. Pyrazine 9%
96. Evolution of Language 9%
97. Origins of Consciousness 9%
98. DNA Replication Stress 9%
99. IL-18 Binding Protein 9%
100. Myogenic Regulatory Factors 9%