Classifier for the molecular classification of multiple myeloma

A method for determining the prognosis of a subject diagnosed with multiple myeloma by classifying the patient into a high risk or a low risk category, the method comprising:

• determining the expression level in a sample from the subject for each of the following 92 genes:
• SLC30A7, AK2, SYF2, S100A6, NUF2, DARS2, ARPC5, DTL, ANGEL2, LBR, TARBP1, GGPS1, LTBP1. FAM49A, MCM6, ACVR2A, GRB14, ITGA6, DHRS9, STAT1, SPATS2L, BCS1L, SFMBT1, ARL8B, POLQ, MCM2, CCRL1, SEC62, GABRA4, PGM2, NCAPG, FGFR3, SEPT11, AIMP1, CENPE, IL7R, DHFR, SAR1B, PCDHB7, ATP6V0E1, MCM3, TUBB, MARCKS, SLC17A5, NCUBE1, SUN1/GET4, DNAJB9, RAB2A, TRAM1, ZNF252, HNRNPK, MRPL41, ZWINT, FANCF, EHBP1L1, C15orf85, PPP2R1B, ROBO3, C1S, ESPL1, ITM2B, ZBTB25, NPC2, ATPBD4, C15orf38, FANCI, SMG1, DYNLRB2, TMEM97, SPAG5, TOP2A, BIRC5, C18orf10, TSPAN16, RPS28, RPS11, NOP56, FTL, CDH22, DONSON, PFKL, ST13, DUX4, RPS4X, KIF4A, HMGN5, HMGB3, MAGEA6, the gene at chromosome 8p12 detectable with probe 208232_x_at, the gene at chromosome 11p14.1 detectable with probe 243018_at, and the gene at chromosome 11q24.3 detectable with probe 238780_s_at;
• and
• classifying the subject into a high risk or a low risk category based upon the gene expression levels from the 92 genes.