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OtherClinical Investigations

Long-Term Efficacy of Radionuclide Therapy in Patients with Disseminated Neuroendocrine Tumors Uncontrolled by Conventional Therapy

Charles Nguyen, Marc Faraggi, Anne-Laure Giraudet, Claire de Labriolle-Vaylet, Thomas Aparicio, François Rouzet, Michel Mignon, Serge Askienazy and Iradj Sobhani
Journal of Nuclear Medicine October 2004, 45 (10) 1660-1668;
Charles Nguyen
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Marc Faraggi
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Anne-Laure Giraudet
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Claire de Labriolle-Vaylet
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Thomas Aparicio
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François Rouzet
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Michel Mignon
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Serge Askienazy
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Iradj Sobhani
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  • Article
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  • FIGURE 1.
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    FIGURE 1.

    Overall Kaplan–Meier survival curves of patients in group A (treated) and group B (nontreated) (P = 0.019).

  • FIGURE 2.
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    FIGURE 2.

    (A) 131I-MIBG imaging of patient 18 during radionuclide therapy shows high uptake in multiple liver metastases and primary site. (B) Fifteen months later, 123I-MIBG imaging shows partial remission, with only faint uptake in primary site.

  • FIGURE 3.
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    FIGURE 3.

    Progression-free Kaplan–Meier survival curves of patients in group A (treated) and group B (nontreated) (P = 0.024).

  • FIGURE 4.
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    FIGURE 4.

    Event-free Kaplan–Meier survival curves of patients in group A (treated) and group B (nontreated) (P = 0.019).

Tables

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    TABLE 1

    Patient Characteristics

    PatientGroupAge (y)SexPrimary tumorPrimary siteSecondary sitePrevious treatmentOngoing treatmentInterval between diagnosis and RT (y)
    1A63FCarcinoidMidgutL, N, CSur, Chem—13
    2A53MNETUnknownL, N, CSur, Chem—3
    3A57MCarcinoidPancreasLSur, ChemOct 400 mg10
    4A52FCarcinoidUnknownNSur, ChemOct 400 mg8
    5A56MCarcinoidMidgutL, NChemOct 600 mg1.5
    6A59MCarcinoidMidgutL, N, CSur, ChemLan 30 mg0.75
    7A64MNETPancreasLSur, Chem—3
    8A64FNETUnknownL, N, CChem—8
    9A71MVipomaPancreasL, BChem, RadOct 600 mg, analgesic7
    10A66FCarcinoidMidgutL, BChemOct 400 mg4
    11A80MCarcinoidUnknownL, NSur, ChemOct 1,000 mg, parenteral nutrition15
    12A57MNETPancreasL, BChem—1.5
    13A68FCarcinoidMidgutL, N, CSur, ChemOct 1,500 mg26
    14A62FCarcinoidMidgutLSur, ChemLan 30 mg15.75
    15A49MNETHindgutL, B, CSur, Chem—8.25
    16A68MGastrinomaUnknownLSur, ChemOct 300 mg3
    17A61FCarcinoidMidgutL, N, BChemOct 400 mg5
    18A53MCarcinoidMidgutL, NChem—1.8
    19A70FNETMidgutLChemOct 1,500 mg15
    20*A37MVipomaPancreasL, PChemAnalgesic6
    Mean ± SD61.8 ± 7.812 M/ 8 F———7.9 ± 6.6
    21B62MGastrinomaPancreasL, BChem—0.5
    22B74FCarcinoidMidgutL, CChem—0.7
    23B40FGastrinomaPancreasLChemOct 400 mg0.7
    24B58MGastrinomaPancreasLSur, Chem—16.6
    25B79MNETPancreasL, N, ASur, Chem—1.7
    26B50FGastrinomaPancreasL, N, CChem, ChEmbOct 200 mg18
    27B71MGlucagonomaPancreasL, NSur, ChemOct 400 mg5
    28B59MGastrinomaPancreasN, C, ASur, ChemOct 600 mg18
    29B67FCarcinoidMidgutLSur, ChemOct 750 mg15
    30B65FGastrinomaPancreasLSur, Chem—18
    31B81FCarcinoidMidgutN, B, C—Lan 30 mg5
    32B85FInsulinomaPancreasL, NChemOct 400 mg21.75
    Mean ± SD—65.9 ± 13.25 M/ 7 F—————10.0 ± 8.4
    P between groupsNSNSNS
    • RT = radionuclide therapy; NET = neuroendocrine tumor; L = liver; N = lymph nodes; C = chest; Sur = surgery; Chem = chemotherapy; Oct = Octreotide; Lan = Lanreotide; B = bone; Rad = radiotherapy; P = peritoneum; A = adrenal; ChEmb = chemoembolization; NS = nonsignificant.

    • ↵* Patient excluded from quantitative analysis during follow-up.

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    TABLE 2

    Pretherapeutic Imaging and Radionuclide Therapy Characteristics

    PatientGroupAge (y)SexPrimary tumorPretherapeutic imagingRadionuclide therapyFollow-up (mo)
    111In-Pentetreotide uptake (grade)131I-MIBG uptake (grade)TracerAdministered activity (GBq)Number of treatment†
    1A63FCarcinoid30111In-Pentetreotide20.0117
    2A53MNET31111In-Pentetreotide22.1123
    3A57MCarcinoid40111In-Pentetreotide17.2120
    4A52FCarcinoid40111In-Pentetreotide19.7257
    5A56MCarcinoid32111In-Pentetreotide20.6255
    6A59MCarcinoid31111In-Pentetreotide21.4255
    7A64MNET30111In-Pentetreotide20.2142
    8A64FNET30111In-Pentetreotide20.3136
    9A71MVipoma30111In-Pentetreotide21.5111
    10A66FCarcinoid30111In-Pentetreotide20.815
    11A80MCarcinoid31111In-Pentetreotide20.4124
    12A57MNET42111In-Pentetreotide21.417
    13A68FCarcinoid33131I-MIBG5.80.6622
    14A62FCarcinoid33131I-MIBG18.7128
    15A49MNET33131I-MIBG12.9115
    16A68MGastrinoma32111In-Pentetreotide22.5122
    17A61FCarcinoid31111In-Pentetreotide21.6112
    18A53MCarcinoid33131I-MIBG20.5141
    19A70FNET33131I-MIBG14.3112
    20*A37MVipoma42111In-Pentetreotide13.10.660
    Mean ± SD————18.8 ± 4.2—26.5 ± 16.5
    21B62MGastrinoma30—002
    22B74FCarcinoid32—001.5
    23B40FGastrinoma41—0010
    24B58MGastrinoma31—0012
    25B79MNET00—008
    26B50FGastrinoma30—000.25
    27B71MGlucagonoma30—0014
    28B59MGastrinoma30—008
    29B67FCarcinoid30—0015
    30B65FGastrinoma30—0015
    31B81FCarcinoid33—003
    32B85FInsulinoma30—0012
    Mean ± SD—————9.9 ± 4.6
    P between groupsP = 0.001
    • NET = neuroendocrine tumor.

    • ↵* Patient excluded from quantitative analysis during follow-up.

    • ↵† Each treatment includes 3 monthly doses.

    • View popup
    TABLE 3

    Results: Fatal and Nonfatal Events

    PatientGroupAge (y)SexPrimary tumorDeath (mo)Radiologic response at 3 moDuration of radiologic response (mo)Biologic responseClinical statusGlobal response
    1A63FCarcinoid17Progression——NoneNot beneficial
    2A53MNET—Stabilization16NSE, −37%ImprovementBeneficial
    3A57MCarcinoid20Stabilization20—ImprovementBeneficial
    4A52FCarcinoid—Stabilization26—ImprovementBeneficial
    5A56MCarcinoid—Stabilization12—ImprovementBeneficial
    6A59MCarcinoid—Stabilization11—ImprovementBeneficial
    7A64MNET—Stabilization34—NoneBeneficial
    8A64FNET—Stabilization24—NoneBeneficial
    9A71MVipoma11Stabilization11—ImprovementBeneficial
    10A66FCarcinoid5Stabilization5—AggravationNot beneficial
    11A80MCarcinoid—Stabilization195-HIAA, −48%NoneBeneficial
    12A57MNET—Stabilization45-HIAA, −58%Improvement, then aggravationNot beneficial
    13A68FCarcinoid—Stabilization12—ImprovementNot beneficial
    14A62FCarcinoid—Stabilization12—NoneBeneficial
    15A49MNET—Stabilization8—NoneBeneficial
    16A68MGastrinoma22Progression——AggravationNot beneficial
    17A61FCarcinoid—Stabilization12—NoneBeneficial
    18A53MCarcinoid—Partial regression185-HIAA, normalizedImprovementBeneficial
    19A70FNET—Stabilization10—ImprovementBeneficial
    20*A37MVipoma1.5—————
    21B62MGastrinoma2—————
    22B74FCarcinoid1.5—————
    23B40FGastrinoma—Progression————
    24B58MGastrinoma—Stabilization12———
    25B79MNET—Stabilization8———
    26B50FGastrinoma0.25—————
    27B71MGlucagonoma—Stabilization6———
    28B59MGastrinoma—Progression————
    29B67FCarcinoid—Stabilization15———
    30B65FGastrinoma—Progression————
    31B81FCarcinoid3—————
    32B85FInsulinoma13Stabilization12———
    • NET = neuroendocrine tumor; NSE = neuron-specific enolase; 5-HIAA = 5-hydroxyindoleacetic acid.

    • ↵* Patient excluded for quantitative analysis during follow-up.

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Journal of Nuclear Medicine: 45 (10)
Journal of Nuclear Medicine
Vol. 45, Issue 10
October 1, 2004
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Long-Term Efficacy of Radionuclide Therapy in Patients with Disseminated Neuroendocrine Tumors Uncontrolled by Conventional Therapy
Charles Nguyen, Marc Faraggi, Anne-Laure Giraudet, Claire de Labriolle-Vaylet, Thomas Aparicio, François Rouzet, Michel Mignon, Serge Askienazy, Iradj Sobhani
Journal of Nuclear Medicine Oct 2004, 45 (10) 1660-1668;

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Long-Term Efficacy of Radionuclide Therapy in Patients with Disseminated Neuroendocrine Tumors Uncontrolled by Conventional Therapy
Charles Nguyen, Marc Faraggi, Anne-Laure Giraudet, Claire de Labriolle-Vaylet, Thomas Aparicio, François Rouzet, Michel Mignon, Serge Askienazy, Iradj Sobhani
Journal of Nuclear Medicine Oct 2004, 45 (10) 1660-1668;
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