The purpose of this study is to determine if TAR-200, an investigational drug-delivery system, is safe and tolerable in patients with muscle-invasive bladder cancer (MIBC) between diagnosis and radical cystectomy (RC).
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
23
TAR-200 is a passive, nonresorbable gemcitabine-releasing intravesical drug delivery system, regulated as a drug, whose primary mode of action is the controlled release of gemcitabine into the bladder over a 7-day period.
University of Southern California Norris Comprehensive Cancer Center
Los Angeles, California, United States
University of Chicago Medical Center
Chicago, Illinois, United States
Johns Hopkins Hospital
Baltimore, Maryland, United States
Columbia University Medical Center
New York, New York, United States
Number of participants with treatment emergent adverse events (TEAEs) coded with MedDRA and graded for severity with CTCAE v4.0
Time frame: Maximum 132 days
Number of participants who are tolerant of TAR-200 indwelling
Time frame: From Day 0 up to Day 7
Percentage of participants who are tolerant of TAR-200 indwelling
Time frame: From Day 0 up to Day 7
Number of participants who are tolerant of TAR-200 indwelling
Time frame: From Day 21 up to Day 28
Percentage of participants who are tolerant of TAR-200 indwelling
Time frame: From Day 21 up to Day 28
Cmax, plasma dFdU
Analysis of Cmax (maximum concentration achieved over time) of diflourodeoxyuridine (dFdU) in plasma.
Time frame: From Day 0 up to Day 28
Tmax, plasma dFdU
Analysis of Tmax (Day at which maximum concentration was achieved) of diflourodeoxyuridine (dFdU) in plasma.
Time frame: From Day 0 up to Day 28
Cavg, plasma dFdU
Analysis of Descriptive statistics (e.g. sample size, mean and median, quartiles, minimum and maximum and box plots) of the concentration of diflourodeoxyuridine (dFdU) in plasma
Time frame: From Day 0 up to Day 28
Cmax, plasma dFdC
Analysis of Cmax (maximum concentration achieved over time) of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in plasma
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Ohio State University Wexner Medical Center
Columbus, Ohio, United States
Radboudumc
Nijmegen, Netherlands
Time frame: From Day 0 up to Day 28
Tmax, plasma dFdC
Analysis of Tmax (Day at which maximum concentration was achieved) of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in plasma
Time frame: From Day 0 up to Day 28
Cavg, plasma dFdC
Analysis of Descriptive statistics (e.g. sample size, mean and median, quartiles, minimum and maximum and box plots) of the concentration of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in plasma
Time frame: From Day 0 up to Day 28
Cmax, urine dFdU (Arm 1 only)
Analysis of Cmax (maximum concentration achieved over time) of diflourodeoxyuridine (dFdU) in urine
Time frame: From Day 0 up to Day 28
Tmax, urine dFdU (Arm 1 only)
Analysis of Cmax (maximum concentration achieved over time) of diflourodeoxyuridine (dFdU) in urine
Time frame: From Day 0 up to Day 28
Cavg, urine dFdU (Arm 1 only)
Analysis of Descriptive statistics (e.g. sample size, mean and median, quartiles, minimum and maximum and box plots) of the concentration of diflourodeoxyuridine (dFdU) in urine
Time frame: From Day 0 up to Day 28
Cmax, urine dFdC (Arm 1 only)
Analysis of Cmax (maximum concentration achieved over time) of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in urine
Time frame: From Day 0 up to Day 28
Tmax, urine dFdC (Arm 1 only)
Analysis of Tmax (Day at which maximum concentration was achieved) of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in urine
Time frame: From Day 0 up to Day 28
Cavg, urine dFdC (Arm 1 only)
Analysis of Descriptive statistics (e.g. sample size, mean and median, quartiles, minimum and maximum and box plots) of the concentration of gemcitabine (deoxydifluorocytidine hydrochloride - dFdC) in urine.
Time frame: From Day 0 up to Day 28
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (AKT) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD31) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (Ki67) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (TUNEL) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD4) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD8) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (PD-L1) (Arm 1)
Time frame: Anti-tumor analysis will occur at study visit Day 28.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (AKT) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD31) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (Ki67) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (TUNEL) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD4) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (CD8) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.
Preliminary anti-tumor effects assessed in tumor material (post-treatment) for immunohistochemical tissue biomarkers of drug-induced cell death (PD-L1) (Arm 2)
Time frame: Anti-tumor analysis will occur at study visit Day 42.