Table 1.
Enzymatic inhibitors and their applications in cell division studies.
| Inhibitors | Function | Applications in cell division |
|---|---|---|
| 5-Iodotubercidin | Haspin inhibitor | Deplete centromeric Aurora B pool56. |
| Apcin | APC/C inhibitor | Prolong or shorten metaphase at low or high SAC activity, respectively70,71. |
| Centrinone | Plk4 inhibitor | Modulate centriole numbers18, generate asymmetric spindles19,20. |
| FCPT BRD9876 |
Eg5 rigor inhibitor | Spindle crosslinking40, block poleward microtubule flux38,39, reduce inter-kinetochore tension11. |
| GSK923925 | CENP-E rigor inhibitor | Generate pole-proximal chromosomes7,61. |
| GW108X | KIF15 inhibitor | Deplete spindle-bound KIF1542. |
| KIF15-IN-1 | KIF15 rigor inhibitor | Reduce inter-kinetochore tension11. |
| MLN8054 MLN8237 |
Aurora A inhibitor | Inhibit Aurora A activity after mitotic entry61,62. |
| proTAME | APC/C inhibitor | Prolong metaphase69. |
| Reversine | MPS1 inhibitor | Shorten metaphase and generate segregation errors65. |