Oocyte-specific pathways that compensate for lack of centrosomes

Biochemistry, Genetics and Molecular Biology

1. Actin 25%
2. Centralspindlin 25%
3. Centromere 25%
4. Centrosome 50%
5. Chromosome Segregation 25%
6. Chromosome Structure 50%
7. Cross-Link 8%
8. DNA Repair 25%
9. Drive 12%
10. Drosophila Melanogaster 58%
11. Electron Transport Chain 25%
12. F-Box Protein 10%
13. Genetic Divergence 10%
14. Homologous Chromosome 10%
15. Importin 25%
16. Karyopherin 25%
17. Kinesin 87%
18. Kinetochore 8%
19. Mass Spectrometry 25%
20. Meiosis 32%
21. Meiotic Prophase I 10%
22. Meiotic Recombination 25%
23. Meiotic Spindle 100%
24. Metaphase 50%
25. Microtubule Assembly 12%
26. Microtubule Nucleation 50%
27. Microtubule-Associated Protein 50%
28. Mitochondrial Disorder 50%
29. N-Terminus 12%
30. Nuclear Membrane 50%
31. Nuclear Pore 50%
32. Phosphatase 10%
33. Piwi-Interacting RNA 25%
34. Posttranslational Modification 10%
35. Programmed Cell Death 25%
36. Prometaphase 16%
37. Prophase 25%
38. RNA Interference 50%
39. SCF Complex 10%
40. Signal Recognition Particle Receptor 50%
41. Synaptonemal Complex 75%
42. Transgenics 8%
43. Tubulin 37%
44. Ubiquitin Ligase 10%
45. Ubiquitination 10%