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Pharmacology

Human Tissue Distribution of Voriconazole

Stefan Weiler, David Fiegl, Róisín MacFarland, Eva Stienecke, Rosa Bellmann-Weiler, Stefan Dunzendorfer, Michael Joannidis, Romuald Bellmann
Stefan Weiler
1Clinical Pharmacokinetics Unit, Inflammation Research Laboratory, Innsbruck Medical University, Innsbruck, Austria
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David Fiegl
1Clinical Pharmacokinetics Unit, Inflammation Research Laboratory, Innsbruck Medical University, Innsbruck, Austria
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Róisín MacFarland
1Clinical Pharmacokinetics Unit, Inflammation Research Laboratory, Innsbruck Medical University, Innsbruck, Austria
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Eva Stienecke
1Clinical Pharmacokinetics Unit, Inflammation Research Laboratory, Innsbruck Medical University, Innsbruck, Austria
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Rosa Bellmann-Weiler
2Clinical Immunology and Infectious Diseases, Innsbruck Medical University, Innsbruck, Austria
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Stefan Dunzendorfer
3Medical Intensive Care Unit, Department of Internal Medicine I, Innsbruck Medical University, Innsbruck, Austria
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Michael Joannidis
3Medical Intensive Care Unit, Department of Internal Medicine I, Innsbruck Medical University, Innsbruck, Austria
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Romuald Bellmann
1Clinical Pharmacokinetics Unit, Inflammation Research Laboratory, Innsbruck Medical University, Innsbruck, Austria
3Medical Intensive Care Unit, Department of Internal Medicine I, Innsbruck Medical University, Innsbruck, Austria
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  • For correspondence: romuald.bellmann@i-med.ac.at
DOI: 10.1128/AAC.00949-10
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Tables

  • TABLE 1.

    Demographic and clinical characteristics of patients

    PatientaSexAge (yr)VRC administrationbDosecTherapy dayInterval between last VRC administration and death (h)CRRTdIFI definitioneDiagnosisfInterval between death and sampling (h)Cause of death
    Daily (mg)By wt (mg/kg)Cumulative (mg)
    1Female58i.v.200 (single)3.33 (single)200136.0−ProvenPancreatitis, liver failure, COPD, CMP, and Candida sepsis13Liver failure, pancreatitis
    2Male52os300 q24h1.85 q24h2,500618.0+PossibleSepsis, pneumonia, ARF, and ALL12Septic shock
    3Female57i.v.300 q12h2.63 q12h4,80088.5+ProbableSepsis, ARF, GvHD, and AML21Septic shock
    4Male35os200 q12h2.94 q12h3,8001012.0−PossibleSepsis, pneumonia, DLBCL, and St. p. alloSCT62Septic shock
    5Male67i.v.300 q12h3.70 q12h2,500441.7+ProbableSepsis, ARF, LF, DM, CVD10Septic shock
    6Male47i.v.200 q12h3.77 q12h10,0002585.0+PossibleSepsis, pneumonia, ARF, and multiple myeloma60Septic shock, multiorgan failure
    7Male24i.v.300 q12h4.00 q12h3,50065.5−PossibleSepsis, pneumonia, and Hodgkin's disease66Respiratory failure
    8Male75i.v.350 q12h4.17 q12h7,5001025.0+ProbableSepsis, pneumonia, ARF, and oropharynx cancer26Septic shock
    Median553003.523,650721.523.5
    Interquartile range221001.13,650528.648.5
    • ↵a Patient 1 received only a single-dose of VRC. Patient 2 received VRC every 24 h because of hepatic impairment. In patient 3 (body weight, 114 kg; body mass index, 40.4), the dosage was guided by the adjusted body weight.

    • ↵b i.v., intravenous; os, oral suspension.

    • ↵c q12h, dose administered every 12; q24h, dose administered every 24 h.

    • ↵d CRRT, continuous renal replacement therapy. +, patient on CRRT; −, patient off CRRT.

    • ↵e IFI, invasive fungal infection. The definition of IFI is based on EORTC-MSG criteria, including the following clinical mycological criteria and host factors (7): microbiology for patient 1, Candida glabrata from central venous line and Candida tropicalis in bile; patient 3, A. fumigatus in bronchoalveolar lavage; patient 5, A. fumigatus in bronchial aspirate and C. glabrata from central venous line; patient 8, mycelium (and C. glabrata) in bronchoalveolar lavage; patients 2, 4, 6, and 7, no microbiological or histopathological findings of a fungal infection. There was postmortem histopathological confirmation of proven or probable IFI in patients 1 (lung, kidney, and pancreas), 3 (lung), and 5 (lung). All detected pathogens were VRC sensitive: the MIC for A. fumigatus was <4 μg/ml, and the MIC for C. glabrata was <2 μg/ml.

    • ↵f CMP, cardiomyopathy; COPD, chronic obstructive pulmonary disease; DLBCL, diffuse large B-cell lymphoma; St. p. allo SCT, status post-allogeneic stem cell transplantation; ARF, acute renal failure; LF, liver failure; DM, diabetes mellitus; CVD, cardiovascular disease; ALL, acute lymphoblastic leukemia; GvHD, graft versus host disease; AML, acute myeloid leukemia.

  • TABLE 2.

    Routine laboratory results for patients

    PatientLaboratory resulta
    Creatinine (mg/dl)Urea (mg/dl)Bilirubin (mg/dl)AST (U/liter)ALT (U/liter)GGT (U/liter)PT (%)WBC (109 cells/liter)Hb (g/liter)PLT (109 cells/liter)
    Baseline testing
        10.4046.66.1255401,3178627.095185
        20.8869.711.00601496867010.677106
        30.7360.89.7561501485011.89724
        41.4783.20.952040480907.19921
        51.1276.18.632352142,534729.179136
        60.6881.11.143322232764.58921
        70.6447.10.28159359016.991241
        80.9262.00.935040433775.291296
    Median0.8165.93.635340457779.991121*
    Interquartile range0.3624.78.253469812178.212191
    Final testing
        10.4046.66.1255401,3178627.095185
        21.99106.79.292211091,1296713.58415
        30.6280.515.3310775180519.510112
        40.9857.13.454366338897.07418
        50.8960.57.932051861,827706.287112
        61.53183.10.4631202091083.17328
        73.07250.70.361,0796671022539.9108108
        82.45100.51.005629656826.688177
    Median1.2690.54.798271497768.258882*
    Interquartile range1.4786.17.881641131,0292913.919128
    • ↵a The results from routine laboratory tests on the first day of VRC treatment (baseline testing) and final routine laboratory test results are shown as follows: serum creatinine, normal range, 0.51 to 1.17 mg/dl; urea, normal range 18 to 55 mg/dl; plasma bilirubin, normal range, 0.00 to 1.29 mg/dl; aspartate aminotransferase (AST), normal range, 10 to 50 U/liter; alanine aminotransferase (ALT), normal range, 10 to 50 U/liter; γ-glutamyl transferase (GGT), normal range, 6 to 71 U/liter; prothrombin time (PT), normal range 70 to 130%; white blood cell (WBC) count, normal range, 4.0 × 109 to 10.0 × 109 cells/liter; hemoglobin (Hb), normal range, 120 to 177 g/liter; and platelet (PTL) count, normal range, 150 × 109 to 380 × 109 cells/liter. *, significant differences between the first and last testings (Wilcoxon matched-pairs test). No significant increases in liver and renal function tests were observed during VRC therapy. Since all patients were on sedoanalgesia, neurotoxicity of VRC could not be assessed.

  • TABLE 3.

    Voriconazole concentrations in 128 tissue samples from eight patients

    PatientVRC concn (μg/ml) ina:
    LungBrainLiverSpleenKidneyMyocardium
    1b0.74 (0.72-0.76)<0.252.14 (1.86-2.42)1.31 (1.29-1.34)1.97 (1.69-2.26)<0.25
    24.44 (3.64-5.20)1.67 (1.38-2.06)6.28 (6.22-6.34)5.936.05 (5.99-6.10)2.04 (1.96-2.13)
    36.57 (6.12-6.78)6.54 (5.77-6.95)19.83 (19.58-20.08)5.72 (5.60-5.84)4.88 (4.83-4.92)7.55 (6.53-8.57)
    41.98 (1.47-2.04)3.36 (3.08-3.56)4.21 (3.67-4.76)2.95 (2.92-2.99)6.89 (6.84-6.93)2.44 (2.27-2.62)
    55.94 (4.14-7.86)2.27 (2.25-3.79)8.69 (7.44-9.95)2.22 (2.22-2.22)2.89 (2.76-3.02)3.17 (3.10-3.23)
    66.59 (4.74-9.38)2.72 (2.57-3.35)2.98 (2.83-3.12)6.10 (5.46-6.74)8.89 (8.64-9.13)13.47 (13.11-13.84)
    720.26 (19.82-20.87)27.72 (26.78-34.70)35.53 (35.04-36.03)18.73 (17.98-19.47)13.58 (11.10-16.05)25.79 (25.54-26.05)
    813.68 (12.04-15.07)20.09 (17.43-23.1340.04 (37.77-42.31)14.27 (13.71-14.83)14.81 (13.55-16.08)19.85 (19.53-20.18)
    Median6.263.416.895.606.477.55
    Interquartile range7.8716.7224.1611.496.1916.91
    • ↵a Shown are median VRC concentrations (with ranges in parentheses). Multiple sampling was performed from different sites as follows: lung, four samples (upper and lower lobe, left and right); brain, five samples (cortex, hippocampus, nucleus caudatus, medulla oblongata, and cerebellum); liver, two samples from different sites; spleen, two samples from different sites; kidney, two samples (left and right); and myocardium, two samples (ventricular septum and anterior wall).

    • ↵b Patient 1 received only a single dose of VRC.

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Human Tissue Distribution of Voriconazole
Stefan Weiler, David Fiegl, Róisín MacFarland, Eva Stienecke, Rosa Bellmann-Weiler, Stefan Dunzendorfer, Michael Joannidis, Romuald Bellmann
Antimicrobial Agents and Chemotherapy Jan 2011, 55 (2) 925-928; DOI: 10.1128/AAC.00949-10

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Human Tissue Distribution of Voriconazole
Stefan Weiler, David Fiegl, Róisín MacFarland, Eva Stienecke, Rosa Bellmann-Weiler, Stefan Dunzendorfer, Michael Joannidis, Romuald Bellmann
Antimicrobial Agents and Chemotherapy Jan 2011, 55 (2) 925-928; DOI: 10.1128/AAC.00949-10
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