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. 2013 Sep;5(Suppl 4):S342–S358. doi: 10.3978/j.issn.2072-1439.2013.04.08

Table 1. Older series of patients with Pancoast tumors who underwent treatment with a variety of protocols - cumulative results.

Series/years No. of patients pT stage pN stage Induction and/or adjuvant therapy Postop. mortality Completeness of resection and associated 5-year survival (%) 5-year survival
Paulson et al. [1956-1978] 64 N/A N/A Preop radiotherapy =64 N/A N/A 30%
(44% 5-year survival without nodal involvement and 0% with hilar or mediastinal nodal involvement)
Miller et al. [1971-1977] 26 N/A N0 =20 Preop radiotherapy =26 3.8% Complete resection: 22 (NA) 32%
N1 =1 Incomplete resection: 4 (NA)
N2/hilar =5
Ginsberg et al. [1974-1991] 124 T3 =101 N0 =94 None (primary surgery) =7 4% Complete resection: 69 (41%) 30%
T4 =23 N1 =3 Preop radiotherapy =79 Incomplete or no resection: 55 (9%)
N2 =20 Preop and postop radiotherapy =10
N3 =7 Postop radiotherapy =28
Brachytherapy =102
Hagan et al. [1975-1992] 34 T3 =28 N0 =28 Preop radiotherapy =16 0% Complete resection: 27 (N/A) 33%
T4 =6 N1 =2 Preop + postop radiotherapy =11 Incomplete resection (R1): 7 (N/A)
N2 =3 Postop radiotherapy only =7
N3 =1
Komaki et al. [1975-1994] 62 N/A N/A None (primary surgery) =5 N/A Complete resection =33 (55%) N/A
Preop chemotherapy ± radiotherapy =12 Incomplete resection (R2) =29 (18%)
Postop radiotherapy ± chemotherapy =28
Preop and postop radiotherapy ± chemotherapy =17
Muscolino et al. [1984-1988] 15 T3 =11 N0 =10 Preop radiotherapy =11 6.6% Complete without N2 disease =7 (57%) 26.6%
T4 =4 N1 =1 (Postop radiotherapy in patients with primary surgery or incomplete resection) Incomplete or N2 disease =8 (0%)
N2 =4
Martinod- et al. [1983-1999] 139 T3 =94 N0 =108 Preop radiotherapy =41 7.2% Complete resection =113 (NA) 35%
T4 =45 N1 =12 Preop chemotherapy =5 Incomplete resection =26 (NA)
N2 =18 Preop radiotherapy + chemotherapy =12
N3 =1 None (primary surgery) =98
Postop radiotherapy =58 Postop chemotherapy =3
Postop radiotherapy + chemotherapy =32
None =36
Alifano et al. [1988-2002] 67 T3 =61 N0 =49 Preop chemotherapy + radiotherapy =4 8.9% Complete resection=55 (44.9%) 36.2%
T4 =6 N1 =6 Preop chemotherapy =3 Incomplete resection =12 (0%)
N2 =6 (available only in patients with T3 tumors) None =60
Postop radiotherapy =42
Postop radiotherapy + chemotherapy =9
Postop chemotherapy =2
None =7
Koizumi et al. [1988-2003] 16 T4=7 N0=7 Preop radiotherapy =9 0% Complete resection =11 (59.3%) 31%
T3=9 N1=1 Preop radiotherapy + chemotherapy =3 Incomplete resection =5 (0%)
N2=7 None =4
N3=1 Postop radiotherapy =1
Postop radiotherapy + chemotherapy =9
Postop chemotherapy =2
None =4
Gandhi et al. [1990-1998] 17 T4* N0 =12 Preop radiotherapy =4 0% Complete resection =11 (80% 2-year) N/A
N1 =3 (hilar) Preop chemotherapy =3 Incomplete resection =6 (0% 2-year)
Isolated N3 =2 Postop radiotherapy =13
Postop chemotherapy =4
Rusch et al. [1992-1998] 101 T3 =63 N/A Various types of preop treatment Complete resection for T3 tumors =46 (73%) N/A
T4 =32 Complete resection for T4 tumors =5 (15%)
Attar et al. [1995-1997] 67 surgical patients N/A N/A None (primary surgery) =28 N/A Complete resection=55 (42% median) 26%
Preop radiotherapy =28 Incomplete resection =12 (37.5% median)
Preop radiotherapy + chemotherapy =11
Postop radiotherapy =16

pT, pathologic T stage; pN, pathologic N stage; Preop, preoperative; postop, postoperative; radio, radiotherapy; chemo, chemotherapy; N/A, non applicable; R2, incomplete resection with gross residual disease left behind; T4*, with vertebral invasion; , , Series reported from the same Institute.