Table 1.

Summary of t(11; 16)(q23; p13) in Patients With Treatment-Related Acute Leukemia

Patient No.Age*/SexPrimary MalignancyTopo II InhibitorsTime to LeukemiaType of LeukemiaKaryotypeLength of Survival/Present StatusPAC ResultsReference
1012/F AML-M2; t(8; 21) Etoposide and Doxorubicin (600 mg/m2) + aa 13 mo t-MDS/t-AML (M4) to t-T-ALL 46,XX,t(11; 16)(q23;p13)[18]46,idem,+12[14] 26 mo†, post-BMT Der(11) Patient no. 19 
64/F Breast cancer Doxorubicin + aa, G-CSF 10 mo t-AML (M4) 46,XX,t(11; 16)(q23; p13.3)[23]/45,idem,−18[2] Alive in remission as of 2/97 Der(16) 1 
334/F PreB-ALL; hyperdiploid Etoposide (8,100 mg/m233 mo t-AML (M2) 46,XX,t(1; 12)(p36.1; q13),t(11; 16)(q23; p13.3)[13]/46,idem, del(7)(q31)[7] 10 mo+; post-BMT Split Patient no. 76 
11/M Pre B-ALL Etoposide (5,555 mg/m237 mo t-AML (M4) 46,XY,del(1)(p34.3p36.1), t(11; 16)(q23; p13.3)[12]/46,idem, t(2; 3)(p21; q21)[8] 25 mo; post BMT Der(16) 
74/M Mantle cell lymphoma Etoposide (2,200 mg) + aa 19 mo t-AML (M5a) 47,XY,+8, t(11; 16)(q23; p13)[11]/48,idem,+8[3] CR but early relapse <1 mo Der(16) Patient no. 213 
16/F PNET Etoposide (2,950 mg/m2) doxorubicin (375 mg/m2) + aa 19 mo t-MDS (CMML) 46,XX,t(11; 16)(q23; p13)[17]/46,idem,i(17)(q10)[2]/46,XX[1] BMT Split 
19/M Ewing's sarcoma Etoposide (5,000 mg/m2) doxorubicin (600 mg/m2) aa, x-ray, G-CSF >6 mo t-MDS 46,XY,t(11; 16)(q23; p13)[13]/46,XY[7] Normal, healthy Split Patient no. 214 
5/F Neuroblastoma Epipodophyllotoxin, aa 28 mo t-MDS 46,XX,t(11; 16)(q23; p13)[19]/46,XX[1] 13 mo Split 
14/F T-ALL; 46,XX,t(11; 14) (p13; q11) Teniposide 5 yr t-MDS t-AML (M4) 46,XX,del(6)(p23),t(11; 16)(q23; p13)[4]/46,XX[6] 2 yr+  Patient no. 618 
10 T-ALL; 46,XY Teniposide and doxorubicin 21 mo t-B-ALL 46,XY,t(5; 8)(q33; q12),t(11; 16)(q23; p13)[21]/46,XY[3]   Patient 312 
11 7/M B-ALL; 46,XY Pirarubicin (300 mg/m229 mo t-MDS (CMML) 46,XY,t(11; 16)(q23; p13)[?]   19 
Patient No.Age*/SexPrimary MalignancyTopo II InhibitorsTime to LeukemiaType of LeukemiaKaryotypeLength of Survival/Present StatusPAC ResultsReference
1012/F AML-M2; t(8; 21) Etoposide and Doxorubicin (600 mg/m2) + aa 13 mo t-MDS/t-AML (M4) to t-T-ALL 46,XX,t(11; 16)(q23;p13)[18]46,idem,+12[14] 26 mo†, post-BMT Der(11) Patient no. 19 
64/F Breast cancer Doxorubicin + aa, G-CSF 10 mo t-AML (M4) 46,XX,t(11; 16)(q23; p13.3)[23]/45,idem,−18[2] Alive in remission as of 2/97 Der(16) 1 
334/F PreB-ALL; hyperdiploid Etoposide (8,100 mg/m233 mo t-AML (M2) 46,XX,t(1; 12)(p36.1; q13),t(11; 16)(q23; p13.3)[13]/46,idem, del(7)(q31)[7] 10 mo+; post-BMT Split Patient no. 76 
11/M Pre B-ALL Etoposide (5,555 mg/m237 mo t-AML (M4) 46,XY,del(1)(p34.3p36.1), t(11; 16)(q23; p13.3)[12]/46,idem, t(2; 3)(p21; q21)[8] 25 mo; post BMT Der(16) 
74/M Mantle cell lymphoma Etoposide (2,200 mg) + aa 19 mo t-AML (M5a) 47,XY,+8, t(11; 16)(q23; p13)[11]/48,idem,+8[3] CR but early relapse <1 mo Der(16) Patient no. 213 
16/F PNET Etoposide (2,950 mg/m2) doxorubicin (375 mg/m2) + aa 19 mo t-MDS (CMML) 46,XX,t(11; 16)(q23; p13)[17]/46,idem,i(17)(q10)[2]/46,XX[1] BMT Split 
19/M Ewing's sarcoma Etoposide (5,000 mg/m2) doxorubicin (600 mg/m2) aa, x-ray, G-CSF >6 mo t-MDS 46,XY,t(11; 16)(q23; p13)[13]/46,XY[7] Normal, healthy Split Patient no. 214 
5/F Neuroblastoma Epipodophyllotoxin, aa 28 mo t-MDS 46,XX,t(11; 16)(q23; p13)[19]/46,XX[1] 13 mo Split 
14/F T-ALL; 46,XX,t(11; 14) (p13; q11) Teniposide 5 yr t-MDS t-AML (M4) 46,XX,del(6)(p23),t(11; 16)(q23; p13)[4]/46,XX[6] 2 yr+  Patient no. 618 
10 T-ALL; 46,XY Teniposide and doxorubicin 21 mo t-B-ALL 46,XY,t(5; 8)(q33; q12),t(11; 16)(q23; p13)[21]/46,XY[3]   Patient 312 
11 7/M B-ALL; 46,XY Pirarubicin (300 mg/m229 mo t-MDS (CMML) 46,XY,t(11; 16)(q23; p13)[?]   19 

Abbreviations: AML-M2, acute myeloblastic leukemia; ALL, acute lymphoblastic leukemia; BMT, bone marrow transplant; CMML, chronic myelomonocytic leukemia; CR, complete remission; MDS, myelodysplastic syndrome; PNET, peripheral neuroepithelioma; aa, alkylating agents.

*

Age at diagnosis of first malignancy.

Dead.

Without treatment, percentage of abnormal metaphase cells decreased and disappeared 12 months after original pancytopenia; his peripheral counts also became normal.

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