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Journal of Nuclear Medicine

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OtherClinical Investigations

PET with O-(2-18F-Fluoroethyl)-l-Tyrosine in Peripheral Tumors: First Clinical Results

Dirk Pauleit, Gabriele Stoffels, Winfried Schaden, Kurt Hamacher, Dagmar Bauer, Lutz Tellmann, Hans Herzog, Stefan Bröer, Heinz H. Coenen and Karl-Josef Langen
Journal of Nuclear Medicine March 2005, 46 (3) 411-416;
Dirk Pauleit
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Gabriele Stoffels
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Winfried Schaden
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Kurt Hamacher
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Dagmar Bauer
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Lutz Tellmann
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Hans Herzog
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Stefan Bröer
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Heinz H. Coenen
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Karl-Josef Langen
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  • FIGURE 1.
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    FIGURE 1.

    18F-FDG PET (A) and 18F-FET PET (B) of 81-y-old man (patient 2) with high-grade lymphoma (non-Hodgkin’s lymphoma). 18F-FDG shows high uptake in multiple lymph nodes, whereas 18F-FET uptake is negative in all lymph nodes.

  • FIGURE 2.
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    FIGURE 2.

    18F-FDG PET (A) and 18F-FET PET (B) of 63-y-old man (patient 32) with head-neck carcinoma (squamous cell carcinoma). Primary tumor and lymph node metastases are positive for both 18F-FDG and 18F-FET.

  • FIGURE 3.
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    FIGURE 3.

    18F-FDG PET (A) and 18F-FET PET (B) of 61-y-old man with cancer of tongue (squamous cell carcinoma). Increased 18F-FDG uptake was noted in tumor (large arrow), and additional uptake was demonstrated in inflammatory tissues (small arrows). Increased 18F-FET uptake was noted only in tumor (large arrow).

Tables

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    TABLE 1

    Patient Data, Histologic Diagnosis, and Staging by 18F-FDG PET and 18F-FET PET

    PatientAge (y)SexPrimary tumorHistologic diagnosisConfirmationPretreatment18F-FDG staging*No. of lesions18F-FET staging*No. of lesions
    145FLymphomaHG NHLSurgeryChemotherapyII5(−)0
    281MLymphomaHG NHLBiopsyChemotherapyIV>5(−)0
    341MLymphomaLG NHLBiopsyChemotherapyI1(−)0
    439FLymphomaLG NHLBiopsyChemotherapyIV>5(−)0
    548FColorectalAdenoca.SurgeryChemotherapyT(−) N0, M1>5T(−) N0, M00
    667MColorectalAdenoca.BiopsyNoneT(+) N0, M01T(−) N0, M00
    759MColorectalAdenoca.SurgerySurgery/chemotherapyT(−) N0, M12T(−) N0, M00
    876MColorectalAdenoca.SurgerySurgeryT(+) N0, M1>5T(−) N0, M00
    950MColorectalAdenoca.SurgerySurgery/chemotherapyT(−) N0, M13T(−) N0, M00
    1077MColorectalAdenoca.SurgerySurgery/chemotherapyT(−) N0, M11T(−) N0, M00
    1148MColorectalAdenoca.SurgerySurgery/chemotherapyT(−) N0, M12T(−) N0, M00
    1269FPancreaticAdenoca.SurgerySurgery/chemotherapyT(−) N0, M12T(−) N0, M00
    1354MPancreaticAdenoca.SurgeryNoneT(+) N0, M01T(−) N0, M00
    1456FPancreaticAdenoca.BiopsyChemotherapyT(+) N0, M01T(−) N0, M00
    1562MPancreaticAdenoca.BiopsyNoneT(+) N1, M1>5T(−) N0, M00
    1657MPancreaticAdenoca.BiopsyNoneT(+) N1, M1>5T(−) N0, M00
    1776MPancreaticAdenoca.SurgeryNoneT(+) N0, M01T(−) N0, M00
    1869MLungSCCBiopsyNoneT(+) N1, M1>5T(+) N1, M1>5
    1972FLungSCCBiopsyNoneT(+) N1, M1>5T(+) N1, M1>5
    2069MLungMixed CCBiopsyNoneT(+) N0, M13T(−) N0, M00
    2152FOvarianAdenoca.BiopsyNoneT(−) N1, M1>5T(−) N0, M00
    2246FOvarianAdenoca.SurgerySurgeryT(−) N0, M14T(−) N0, M00
    2363FOvarianAdenoca.SurgerySurgery/chemotherapyT(−) N1, M1>5T(−) N0, M00
    2481MProstaticAdenoca.BiopsyAntiandrogenT(+) N1, M1>5T(−) N0, M00
    2576MProstaticAdenoca.BiopsyAntiandrogenT(−) N0, M11T(−) N0, M00
    2676FBreastIDCSurgeryNoneT(+) N3, M1>5T(−) N0, M00
    2730FBreastIDCBiopsyNoneT(+) N3, M03T(+) N3, M03
    2865FBreastIDCBiopsyNoneT(+) N1, M02T(+) N1, M02
    2965FBreastIDCBiopsyNoneT(+) N1, M02T(+) N1, M02
    3047MHead-neckSCCSurgeryNoneT(+) N2c, M0>5T(+) N2c, M0>5
    3141MHead-neckSCCSurgeryNoneT(+) N0, M13T(+) N0, M01
    3263MHead-neckSCCSurgeryNoneT(+) N2c, M0>5T(+) N2c, M03
    3368MHead-neckSCCSurgerySurgeryT(+) N0, M01T(+) N0, M01
    3473MHead-neckSCCSurgerySurgeryT(+) N0, M12T(+) N0, M01
    3573MHead-neckAdenoca.SurgeryNoneT(−) N0, M00T(−) N0, M00
    3659MHead-neckSCCSurgeryNoneT(+) N1, M02T(+) M0, M01
    3761MHead-neckSCCBiopsyNoneT(+) N1, M13T(+) N0, M01
    3873FHead-neckSCCBiopsyNoneT(+) N1, M14T(+) N0, M01
    • ↵* Clinical staging was done according to International Union Against Cancer with modification of T status as follows: T(+) = tumor present; T(−) = tumor absent. HG NHL = high-grade non-Hodgkin’s lymphoma; LG NHL = low-grade non-Hodgkin’s lymphoma; adenoca. = adenocarcinoma; SCC = squamous cell carcinoma; mixed CC = mixed-cell carcinoma; IDC = infiltrating duct carcinoma of breast.

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Journal of Nuclear Medicine: 46 (3)
Journal of Nuclear Medicine
Vol. 46, Issue 3
March 1, 2005
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PET with O-(2-18F-Fluoroethyl)-l-Tyrosine in Peripheral Tumors: First Clinical Results
Dirk Pauleit, Gabriele Stoffels, Winfried Schaden, Kurt Hamacher, Dagmar Bauer, Lutz Tellmann, Hans Herzog, Stefan Bröer, Heinz H. Coenen, Karl-Josef Langen
Journal of Nuclear Medicine Mar 2005, 46 (3) 411-416;

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PET with O-(2-18F-Fluoroethyl)-l-Tyrosine in Peripheral Tumors: First Clinical Results
Dirk Pauleit, Gabriele Stoffels, Winfried Schaden, Kurt Hamacher, Dagmar Bauer, Lutz Tellmann, Hans Herzog, Stefan Bröer, Heinz H. Coenen, Karl-Josef Langen
Journal of Nuclear Medicine Mar 2005, 46 (3) 411-416;
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