This will be a study in 6 healthy male subjects, each receiving a single oral dose of 100 mg \[14C\]-radiolabeled GLPG0634. The study aims to establish the elimination pathways of GLPG0634 and their relative significance and to assess the metabolite profile of GLPG0634 in plasma and in excreta. Furthermore, the pharmacokinetics (PK) of the main metabolites in plasma relative to GLPG0634 will be evaluated. This study will also provide safety and tolerability information for GLPG0634.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
6
Subjects will be dosed with a single oral 100 mg dose of \[14C\] GLPG0634 on one occasion
Quotient Clinical
Nottingham, United Kingdom
The amount of total radioactivity in urine and faeces over time after a single dose of radiolabeled GLPG0634
To evaluate the mass balance recovery of total radioactivity in urine, faeces, and urine and faeces combined to determine the elimination pathways and their relative significance after a single dose of radiolabeled GLPG0634
Time frame: Day -1 (pre-dosing) up to Day 10 post dosing
The amount of GLPG0634 and its main metabolites in urine and faeces over time after a single dose of radiolabeled GLPG0634
To evaluate the recovery of GLPG0634 and its main metabolites in urine and faeces after a single dose of radiolabeled GLPG0634 to determine the elimination pathways and their relative significance (excretion and renal clearance)
Time frame: Day -1 (pre-dosing) up to Day 10 post dosing
Identification of metabolites over time in plasma, urine and faeces after a single dose of radiolabeled GLPG0634
Metabolite profiling and identification in plasma, urine and faeces over time after a single dose of radiolabeled GLPG0634
Time frame: Day -1 (pre-dosing) up to Day 10 post dosing
The amount of radioactivity, GLPG0634 and its main metabolites in blood and plasma over time after a single dose of radiolabeled GLPG0634
To characterize the amount of radioactivity, GLPG0634 and its main metabolites in blood and plasma over time after a single dose of radiolabeled GLPG0634
Time frame: Day 1 (pre-dosing) up to Day 8 post dosing
Number of adverse events
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of the number of adverse events reported
Time frame: Screening up to Day 10 post dosing
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Changes in vital signs as measured by heart rate, blood pressure and oral temperature
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of changes in vital signs as measured by heart rate, blood pressure and oral temperature reported
Time frame: Screening up to Day 10 post dosing
Changes in 12-lead ECG measures
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of changes in 12-ECG measures reported
Time frame: Screening up to Day 10 post dosing
Changes in physical exam measures
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of changes in physical exam measures reported
Time frame: Screening up to Day 10 post dosing
Changes in blood safety lab parameters
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of changes in blood safety lab parameters reported
Time frame: Screening up to Day 10 post dosing
Changes in urine safety lab parameters
To evaluate the safety and tolerability of GLPG0634 after a single dose of radiolabeled GLPG0634 in terms of changes in urine safety lab parameters reported
Time frame: Screening up to Day 10 post dosing