Table S7.
Combined classifier for lymphoma subtypes.
SpotID | Gene Name |
---|---|
24376 | *Centerin |
17496 | MYBL1 |
28014 | MYBL1 |
19326 | IGHM |
19254 | MME |
33991 | FOXP1 |
19384 | MAPK10 |
19375 | FOXP1 |
16049 | IGHM |
26454 | SH3BP5 |
22118 | KIAA0864 |
24787 | CCND2 |
24787 | CCND2 |
28979 | LMO2 |
15914 | MAPK10 |
19346 | SH3BP5 |
15864 | MME |
19238 | LMO2 |
30263 | ASB13 |
19291 | MYBL1 |
19312 | NEIL1 |
25036 | FLJ12363 |
26385 | MME |
19227 | LOC96597 |
22122 | IRF4 |
16886 | LRMP |
24480 | KIAA1039 |
27378 | LRMP |
27379 | LRMP |
24729 | IRF4 |
27673 | LRMP |
19348 | *Similar to |
24429 | BCL6 |
28472 | MAPK10 |
26516 | *Similar clone=417048 |
19268 | BCL6 @Homo sapiH08 (LOC152137) Sur_clone=232 |
32529 | 2321 |
17646 | BCL2 |
The resulting gene list that distinguishes ABC and GCB if the PAM analysis is performed only on the 31 best spots merged with the well known lymphoma genes. Marked in grey are the 31 best spots from all twelve thousand spots compared. Remarkably, the two classical lymphoma marker genes MAPK10 and CCND2 reach a similar quality in distinguishing ABC and GCB as the best separating ones.