Table 6.

Results of the multivariate analyses of 328 patients in the current study compared with 211 patients in the prior SWOG study for similar patients

Current study (SWOG-9333)Prior study (SWOG-9031)6-150
Lower complete remission rate Secondary AML (P = .010) Secondary AML (P = .0035)  
 Increasing age (P = .0025) Unfavorable karyotype (P = .0031) 
  MDR-1 + phenotype (P = .0041)  
Higher resistant disease rate CsA-inhibited Di(OC)2 efflux (P = .0012) MDR-1 + phenotype (P = .0007) 
  Unfavorable karyotype (P = .017)  
Shorter overall survival Unfavorable karyotype (P = .0001) Unfavorable karyotype (P < .0001) 
 Increasing age (P = .030) Increasing age (P = .014)  
 Increasing WBC count (P = .051) Increasing WBC count (P = .029)  
 Poorer performance status (P = .026)  
Shorter relapse-free survival High CD34 expression (P = .012) Unfavorable karyotype (P = .028) 
Current study (SWOG-9333)Prior study (SWOG-9031)6-150
Lower complete remission rate Secondary AML (P = .010) Secondary AML (P = .0035)  
 Increasing age (P = .0025) Unfavorable karyotype (P = .0031) 
  MDR-1 + phenotype (P = .0041)  
Higher resistant disease rate CsA-inhibited Di(OC)2 efflux (P = .0012) MDR-1 + phenotype (P = .0007) 
  Unfavorable karyotype (P = .017)  
Shorter overall survival Unfavorable karyotype (P = .0001) Unfavorable karyotype (P < .0001) 
 Increasing age (P = .030) Increasing age (P = .014)  
 Increasing WBC count (P = .051) Increasing WBC count (P = .029)  
 Poorer performance status (P = .026)  
Shorter relapse-free survival High CD34 expression (P = .012) Unfavorable karyotype (P = .028) 
F6-150

See Leith et al10 and Godwin et al16for details.

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