Anneliese Schaefer

Medicine & Life Sciences

1. Caenorhabditis elegans 100%
2. Synapses 93%
3. Synaptic Vesicles 81%
4. Drosophila 77%
5. Zyxin 70%
6. Molting 64%
7. Ecdysone 63%
8. Cytoplasmic Dyneins 62%
9. Motor Neurons 60%
10. Phenotype 58%
11. Proteins 57%
12. Basic Helix-Loop-Helix Transcription Factors 56%
13. Neurons 56%
14. Leucine Zippers 54%
15. Axons 54%
16. Dyneins 54%
17. Neuroendocrine Cells 52%
18. Short Stature, Auditory Canal Atresia, Mandibular Hypoplasia, Skeletal Abnormalities 52%
19. Focal Adhesions 48%
20. Gene Targeting 48%
21. Neurites 46%
22. Amyotrophic Lateral Sclerosis 44%
23. Mutation 42%
24. Spectrin 40%
25. Cultured Cells 39%
26. Cell Differentiation 33%
27. Maintenance 32%
28. Dynactin Complex 32%
29. R-SNARE Proteins 31%
30. Alleles 30%
31. Motor Neuron Disease 30%
32. zinc-binding protein 30%
33. Imaginal Discs 30%
34. Temperature 29%
35. Peptides 26%
36. Wild Animals 25%
37. Genes 22%
38. Locomotion 21%
39. Muscle Denervation 20%
40. Time-Lapse Imaging 19%
41. Abdomen 18%
42. Leg 16%
43. Muscular Atrophy 15%
44. Basic-Leucine Zipper Transcription Factors 15%
45. Synaptotagmins 15%
46. proto-oncogene proteins pim 15%
47. Head 15%
48. Vertebrates 14%
49. Mechanical Stress 14%
50. Animals 14%