Table 4. NSP-A and NSP-B rearrangements involved.
| Rearrangement | NSP-A (2N = 58/FN = 68) | NSP-B (2N = 54/FN = 66) |
|---|---|---|
| Fusion/Fission | 10 (*HME [9,10]) 1 (*HME 20/[13,22]/4) | 1p (HME [9,10]*20/[13,22]/4) 1q (HME [9,10]*20/[13,22]/4) |
| Fusion/Fission | 3 (*HME 3) 6 (*HME 1) | 2p (HME 3*1) 2q (HME 3*1) |
| Fusion/Fission | 22 (*HME 5) 9 (*HME [9,10]/7/[9,10]) 2 (*HME 2) | 3p distal (HME 5/[9,10]/7/[9,10]*2) 3p prox+inters. (HME 5/[9,10]/7/[9,10]*2) 3q (HME 5/[9,10]/7/[9,10]*2) |
| Fusion/Fission | 8 (*HME 1) 4 (*HME 12/[16,17]) | 4p (HME 1*12/[16,17]) 4q (HME 1*12/[16,17]) |
| Fusion/Fission | 7 (*HME 7) 5 (*HME 6/21) | 5p (HME 7*6/21) 5q (HME 7*6/21) |
| Fusion/Fission | 26 (HME 5*[13,22]) | 24 (*HME 5) + 19 (*HME [13,22]) |
| Fusion/Fission | 27 (HME [13,22]*26) | 23 (HME *[13,22]) + 17 (*HME 26) |
| Fusion/Fission | 25 (HME 19/14*23) | 18qdist (*HME 19)+ 25 (*HME 14)+ 16 (*HME 23) |
| Translocation | 14 (*HME 19)+ 25pdistal (HME 19/14*23) | 18 (*HME 19) |
| Fusion/Fission+ H Amplification /Deletion | 23 (HME 11H*H14) | 11 (*HME 11) + 20 (*HME 14) |
| Pericentric Inversion+ H Amplification /Deletion | 24 (HME 5H*H5) | 22 (*HME 5) |
| Pericentric Inversion+ H Amplification /Deletion | 28 (HME 25H*H25) | 13 (*HME 25) |
| H Amplification /Deletion | X (H*HME X) | X (*HME X) |
| Pericentric Inversion | 13 (*HME 8) | 6 (HME 8*8) |
| Pericentric Inversion | 17 (*HME 18) | 7 (HME 18*18) |
| Conserved | 11 (*HME 24) | 12 (*HME 24) |
| Conserved | 12 (*HME 8) | 15 (*HME 8) |
| Conserved | 15 (*HME 15) | 9 (*HME 15) |
| Conserved | 16 (*HME [16,17]) | 10 (*HME [16,17]) |
| Conserved | 18 (*HME 6) | 8 (*HME 6) |
| Conserved | 19 (*HME 5) | 21 (*HME 5) |
| Conserved | 21 (*HME 23) | 14 (*HME 23) |
| Conserved | 20 (*HME 11) | 26 (*HME 11) |
(H) Constitutive heterochromatin.
(*) Centromere.
(p) Short arm. (q) Long arm.
(prox) Proximal.
(inters) Interstitial.
(dist) Distal.