Parameters associated with outcome in DLBCL patients treated with R-CHOP or R-CHOP-like regimens
Antigens . | Pathways . | Oncogenes . | Imaging . | Others . | ||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
. | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . |
HLA-G polymorphism | Short OS (for poor-risk patient) | 38 | High p-AKT expression | Shorter PFS and OS | 39 | Double-hit lymphoma | 3 | PET at end of treatment; 7%-20% relapse rate | 40 | CD5+ | PFS, 40%; OS, 65% | 41 | ||
CXCR4 expression, particularly if associated with BCL2 translocation | Shorter PFS in GCB | 42 | Older age and male sex associated with JUN and CYCS signaling | Shorter PFS and OS | 43 | TP53 mutation plus MIR34A methylation, rare (6%) but very aggressive | 44 | Tumor necrosis at diagnosis | High correlation with PFS and OS | 45 | Anemia and high CRP at diagnosis | Shorter PFS and OS | 46 | |
Ki-67 >80% | Shorter PFS and OS | 47 | 11-gene STAT3 activation signature | Shorter OS and EFS | 48 | Isolated MYC abnormalities not associated with outcome | Other studies had shorter PFS and OS | 7 | Interim PET positivity | Shorter PFS, but not in all studies | 49, 50 | High CXCL 10 | Shorter EFS and OS | 51 |
High serum sIL-2R | Shorter PFS and OS | 52, 53 | High miR-155 expression; R-CHOP failure | 54 | RCOR1 deletion and RCOR1 loss-associated signature | Shorter OS | 55 | ΔSUVmax <83% | Shorter PFS and OS | 56 | Occult BM involvement | Shorter PFS and OS (similar to BM-positive) | 57 | |
High serum sCD27 | Shorter OS | 58 | CDKN2A loss | Shorter OS | 59 | High expression of BCL2, particularly with low-risk IPI | Shorter PFS and OS | 9 | Sarcopenia on CT scan | Shorter OS | 60 | Low serum albumin level (<35 g/L) | 5-y PFS, 51%; OS 53% | 61 |
High serum IL-18 | Shorter PFS and OS | 62 | DAPK1 promoter methylation | Shorter OS and DFS | 63 | MYC-Ig gene translocation | Shorter PFS and OS | 64 | High metabolic tumor volume | Shorter OS | 65 | Vitamin D deficiency | Shorter EFS and OS | 66 |
High VEGFR2 expression | Shorter OS | 67 | High EZH2 expression | Longer OS | 68 | TNFAIP3 and GNA13 mutations | Shorter OS in ABC lymphoma | 69 | Cachexia score | Shorter PFS and OS | 70 | |||
CD30 positivity | Shorter EFS and OS | 71 | High slug expression | Longer PFS and OS | 72 | Double-protein level expression | Shorter PFS and OS | 73, 74 | Concordant BM involvement | Shorter PFS and OS | 75 | |||
Low HLA-DR expression | Shorter OS | 76 | High ZEB1 expression | Shorter OS | 72 | Low miR-129-5p expression | Shorter OS | 77 | Abnormal IgMκ:IgMλ ratio | Shorter PFS | 78 | |||
C1qA A/A allele | Longer OS | 79 | High Trx-1 expression | Shorter OS | 80 | MYC overexpression | Shorter OS | 4 | Stage III or tumor >5 cm; increased local recurrence | 81 | ||||
MET-RON phenotype | Shorter OS | 82 | TP53 pathway dysregulation | Shorter PFS and OS | 83 | Homozygous STAT3 phenotype | Longer OS | 84 | Worse pretreatment QoL | Shorter OS | 85 | |||
High survivin expression | Shorter OS | 86 | High miR-34A expression; higher response to doxorubicin | 87 | High BCL2 expression | Shorter PFS and OS | 88 | High neutrophil: lymphocyte ratio | Shorter PFS and OS | 85 | ||||
Higher PRAME expression | Shorter PFS | 90 | p52/RELB expression | Longer PFS and OS | 91 | MYC and BCL2 copy number aberrations | Shorter PFS and OS | 92 | Low CD4+ TILs | Shorter PFS and OS | 93 | |||
High β2-microglobulin | Shorter PFS and OS | 94 | Epigenomic heterogeneity; higher early relapses | 12 | High GSTP1 and TOPO2α | Shorter PFS and OS | 95 | Low ALC/AMC ratio | Shorter PFS and OS | 96 | ||||
High BiP/GRP78 expression | Shorter OS | 97 | High S1PR1 and S1PR1/pSTAT3 expression | Shorter OS | 98 | Loss of SLC22A16 (doxorubicin transporter); higher early relapses | 99 | EBV-positive (high EBER expression) | Shorter PFS and OS | 100 | ||||
High sTNFR2 | Shorter PFS and OS | 101 | High LincRNA-p21 | Longer PFS and OS | 102 | MLH1 AG/GG genotype; higher early progression | Shorter OS | 103 | Increased TAMs (CD68+ cells) | Longer OS | 104 | |||
High miR-224 expression | Shorter PFS and OS | 105 | Low GILT expression | Shorter OS | 106 | del(8p23.1) | Shorter OS | 107 | Increased M2 (CD163+ cells) | Shorter PFS and OS | 104 | |||
REV7 expression | Shorter PFS and OS | 108 | Serum miRNA signature; increased early progression | 109 | p53 deletion or mutations | Shorter PFS | 110 | Immunoblastic morphology | Shorter EFS and OS | 111 | ||||
Circulating tumor DNA; higher relapse rate | 112 | Low HIP1R expression | Shorter PFS and OS | 113 | FOXP1 expression | Shorter OS | 114 | High CRP level | Shorter PFS and OS | 115 | ||||
Higher sPD-L1 protein | Shorter OS | 116 | High miR-125b and miR-130a; high risk of failure | 117 | TP53 G/G genotype; high failure rate | 117 | Comorbidity | Shorter OS | 118 | |||||
High CD59 expression | Shorter PFS and OS | 119 | Increased UCH-L1 in GCB-DLBCL; early relapse | 120 | Wild-type TP53 | Longer OS | 117 | Male sex | Shorter OS | 121 | ||||
BAFF-R expression; higher CR rate | Longer PFS and OS | 122 | NF-kB mutations such as NFKBIE and NFKBIZ; increased relapses | 14 | STAT6 mutations; increased relapses | 14 | ||||||||
High sIL-2R; increased early relapse | 53 | |||||||||||||
Low CD20 expression | Shorter EFS and OS | 123 |
Antigens . | Pathways . | Oncogenes . | Imaging . | Others . | ||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
. | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . | . | PFS/OS/EFS . | Reference . |
HLA-G polymorphism | Short OS (for poor-risk patient) | 38 | High p-AKT expression | Shorter PFS and OS | 39 | Double-hit lymphoma | 3 | PET at end of treatment; 7%-20% relapse rate | 40 | CD5+ | PFS, 40%; OS, 65% | 41 | ||
CXCR4 expression, particularly if associated with BCL2 translocation | Shorter PFS in GCB | 42 | Older age and male sex associated with JUN and CYCS signaling | Shorter PFS and OS | 43 | TP53 mutation plus MIR34A methylation, rare (6%) but very aggressive | 44 | Tumor necrosis at diagnosis | High correlation with PFS and OS | 45 | Anemia and high CRP at diagnosis | Shorter PFS and OS | 46 | |
Ki-67 >80% | Shorter PFS and OS | 47 | 11-gene STAT3 activation signature | Shorter OS and EFS | 48 | Isolated MYC abnormalities not associated with outcome | Other studies had shorter PFS and OS | 7 | Interim PET positivity | Shorter PFS, but not in all studies | 49, 50 | High CXCL 10 | Shorter EFS and OS | 51 |
High serum sIL-2R | Shorter PFS and OS | 52, 53 | High miR-155 expression; R-CHOP failure | 54 | RCOR1 deletion and RCOR1 loss-associated signature | Shorter OS | 55 | ΔSUVmax <83% | Shorter PFS and OS | 56 | Occult BM involvement | Shorter PFS and OS (similar to BM-positive) | 57 | |
High serum sCD27 | Shorter OS | 58 | CDKN2A loss | Shorter OS | 59 | High expression of BCL2, particularly with low-risk IPI | Shorter PFS and OS | 9 | Sarcopenia on CT scan | Shorter OS | 60 | Low serum albumin level (<35 g/L) | 5-y PFS, 51%; OS 53% | 61 |
High serum IL-18 | Shorter PFS and OS | 62 | DAPK1 promoter methylation | Shorter OS and DFS | 63 | MYC-Ig gene translocation | Shorter PFS and OS | 64 | High metabolic tumor volume | Shorter OS | 65 | Vitamin D deficiency | Shorter EFS and OS | 66 |
High VEGFR2 expression | Shorter OS | 67 | High EZH2 expression | Longer OS | 68 | TNFAIP3 and GNA13 mutations | Shorter OS in ABC lymphoma | 69 | Cachexia score | Shorter PFS and OS | 70 | |||
CD30 positivity | Shorter EFS and OS | 71 | High slug expression | Longer PFS and OS | 72 | Double-protein level expression | Shorter PFS and OS | 73, 74 | Concordant BM involvement | Shorter PFS and OS | 75 | |||
Low HLA-DR expression | Shorter OS | 76 | High ZEB1 expression | Shorter OS | 72 | Low miR-129-5p expression | Shorter OS | 77 | Abnormal IgMκ:IgMλ ratio | Shorter PFS | 78 | |||
C1qA A/A allele | Longer OS | 79 | High Trx-1 expression | Shorter OS | 80 | MYC overexpression | Shorter OS | 4 | Stage III or tumor >5 cm; increased local recurrence | 81 | ||||
MET-RON phenotype | Shorter OS | 82 | TP53 pathway dysregulation | Shorter PFS and OS | 83 | Homozygous STAT3 phenotype | Longer OS | 84 | Worse pretreatment QoL | Shorter OS | 85 | |||
High survivin expression | Shorter OS | 86 | High miR-34A expression; higher response to doxorubicin | 87 | High BCL2 expression | Shorter PFS and OS | 88 | High neutrophil: lymphocyte ratio | Shorter PFS and OS | 85 | ||||
Higher PRAME expression | Shorter PFS | 90 | p52/RELB expression | Longer PFS and OS | 91 | MYC and BCL2 copy number aberrations | Shorter PFS and OS | 92 | Low CD4+ TILs | Shorter PFS and OS | 93 | |||
High β2-microglobulin | Shorter PFS and OS | 94 | Epigenomic heterogeneity; higher early relapses | 12 | High GSTP1 and TOPO2α | Shorter PFS and OS | 95 | Low ALC/AMC ratio | Shorter PFS and OS | 96 | ||||
High BiP/GRP78 expression | Shorter OS | 97 | High S1PR1 and S1PR1/pSTAT3 expression | Shorter OS | 98 | Loss of SLC22A16 (doxorubicin transporter); higher early relapses | 99 | EBV-positive (high EBER expression) | Shorter PFS and OS | 100 | ||||
High sTNFR2 | Shorter PFS and OS | 101 | High LincRNA-p21 | Longer PFS and OS | 102 | MLH1 AG/GG genotype; higher early progression | Shorter OS | 103 | Increased TAMs (CD68+ cells) | Longer OS | 104 | |||
High miR-224 expression | Shorter PFS and OS | 105 | Low GILT expression | Shorter OS | 106 | del(8p23.1) | Shorter OS | 107 | Increased M2 (CD163+ cells) | Shorter PFS and OS | 104 | |||
REV7 expression | Shorter PFS and OS | 108 | Serum miRNA signature; increased early progression | 109 | p53 deletion or mutations | Shorter PFS | 110 | Immunoblastic morphology | Shorter EFS and OS | 111 | ||||
Circulating tumor DNA; higher relapse rate | 112 | Low HIP1R expression | Shorter PFS and OS | 113 | FOXP1 expression | Shorter OS | 114 | High CRP level | Shorter PFS and OS | 115 | ||||
Higher sPD-L1 protein | Shorter OS | 116 | High miR-125b and miR-130a; high risk of failure | 117 | TP53 G/G genotype; high failure rate | 117 | Comorbidity | Shorter OS | 118 | |||||
High CD59 expression | Shorter PFS and OS | 119 | Increased UCH-L1 in GCB-DLBCL; early relapse | 120 | Wild-type TP53 | Longer OS | 117 | Male sex | Shorter OS | 121 | ||||
BAFF-R expression; higher CR rate | Longer PFS and OS | 122 | NF-kB mutations such as NFKBIE and NFKBIZ; increased relapses | 14 | STAT6 mutations; increased relapses | 14 | ||||||||
High sIL-2R; increased early relapse | 53 | |||||||||||||
Low CD20 expression | Shorter EFS and OS | 123 |
The table represents a summary of studies published during the last 5 years.
ABC, activated B cell; BM, bone marrow; CR, complete response; CRP, C-reactive protein; CT, computed tomography; EBV, Epstein-Barr virus; GCB, germinal center B-cell; IL-18, interleukin-18; IPI, International Prognostic Index; Ig, immunoglobulin; miRNA, microRNA; NF-kB, nuclear factor kB; PET, positron emission tomography; QoL, quality of life; TAM, tumor-associated macrophage; TIL, tumor-infiltrating lymphocyte; ΔSUVmax, maximum change in standardized uptake value.