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Autori principali: Megumi Iwai, Nakyo Heo, Kentaro Hashimoto, Sayuri Guro, Selina Moy, Anna Spence, Tomasz Wojtkowski, Lauren Benner, Melanie Helmick, Tong Zhu, Brian C. Ferslew
Natura: Artículo Open Access
Pubblicazione: Wiley 2025
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Accesso online:https://ascpt.onlinelibrary.wiley.com/doi/10.1111/cts.70310
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author Megumi Iwai
Nakyo Heo
Kentaro Hashimoto
Sayuri Guro
Selina Moy
Anna Spence
Tomasz Wojtkowski
Lauren Benner
Melanie Helmick
Tong Zhu
Brian C. Ferslew
author_facet Megumi Iwai
Nakyo Heo
Kentaro Hashimoto
Sayuri Guro
Selina Moy
Anna Spence
Tomasz Wojtkowski
Lauren Benner
Melanie Helmick
Tong Zhu
Brian C. Ferslew
Megumi Iwai
Nakyo Heo
Kentaro Hashimoto
Sayuri Guro
Selina Moy
Anna Spence
Tomasz Wojtkowski
Lauren Benner
Melanie Helmick
Tong Zhu
Brian C. Ferslew
collection Wiley Open Access
contents Pharmacokinetics of Bocidelpar, ASP0367, in Renal and Hepatic Impairment: Results From Two Phase 1 Studies Megumi Iwai Nakyo Heo Kentaro Hashimoto Sayuri Guro Selina Moy Anna Spence Tomasz Wojtkowski Lauren Benner Melanie Helmick Tong Zhu Brian C. Ferslew Clinical and Translational Science ABSTRACTBocidelpar is a peroxisome proliferator‐activated receptor δ modulator designed to address mitochondrial impairment. Two open‐label, single‐dose phase 1 studies (NCT05117294/NCT04942964) investigated the effect of severe renal or mild/moderate hepatic impairment on bocidelpar pharmacokinetics and safety. Adult participants received 75 mg bocidelpar and underwent serial blood and urine sampling over 4 days to evaluate the pharmacokinetics of bocidelpar. Thirteen participants were included in the renal cohort (severe impairment, n = 7; healthy participants, n = 6). A minimal increase was observed in the maximum concentration (Cmax) of the severe impairment group versus healthy participants (geometric least squares mean [GeoLSM] ratio [90% CI], 139.66% [86.33, 225.92]). No clear changes were observed in the area under the curve (AUC). Twenty‐five participants were included in the hepatic cohort (mild impairment, n = 8; moderate impairment, n = 8; healthy participants, n = 9). Compared with matched controls, increased Cmax was observed in the mild (GeoLSM ratio [90% CI], 181.37% [95.47, 344.56]) and moderate (GeoLSM ratio [90% CI], 298.78% [145.00, 615.65]) impairment groups. Mild impairment did not substantially affect the AUCinf versus matched controls (GeoLSM ratio [90% CI], 110.73% [82.16, 149.24]); however, it was higher in the moderate impairment group versus matched controls (GeoLSM ratio [90% CI], 195.58% [115.26, 331.88]). Across both studies, five treatment‐emergent adverse events were observed in five participants; all were considered mild in severity. Overall, bocidelpar was well tolerated and had an acceptable safety profile. Severe renal impairment had a minimal effect on bocidelpar pharmacokinetics, while moderate hepatic impairment resulted in increased bocidelpar concentration and exposure compared with matched controls. 10.1111/cts.70310 http://creativecommons.org/licenses/by-nc-nd/4.0/
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spellingShingle Pharmacokinetics of Bocidelpar, ASP0367, in Renal and Hepatic Impairment: Results From Two Phase 1 Studies
Megumi Iwai
Nakyo Heo
Kentaro Hashimoto
Sayuri Guro
Selina Moy
Anna Spence
Tomasz Wojtkowski
Lauren Benner
Melanie Helmick
Tong Zhu
Brian C. Ferslew
Clinical and Translational Science
Pharmacokinetics of Bocidelpar, ASP0367, in Renal and Hepatic Impairment: Results From Two Phase 1 Studies Megumi Iwai Nakyo Heo Kentaro Hashimoto Sayuri Guro Selina Moy Anna Spence Tomasz Wojtkowski Lauren Benner Melanie Helmick Tong Zhu Brian C. Ferslew Clinical and Translational Science ABSTRACTBocidelpar is a peroxisome proliferator‐activated receptor δ modulator designed to address mitochondrial impairment. Two open‐label, single‐dose phase 1 studies (NCT05117294/NCT04942964) investigated the effect of severe renal or mild/moderate hepatic impairment on bocidelpar pharmacokinetics and safety. Adult participants received 75 mg bocidelpar and underwent serial blood and urine sampling over 4 days to evaluate the pharmacokinetics of bocidelpar. Thirteen participants were included in the renal cohort (severe impairment, n = 7; healthy participants, n = 6). A minimal increase was observed in the maximum concentration (Cmax) of the severe impairment group versus healthy participants (geometric least squares mean [GeoLSM] ratio [90% CI], 139.66% [86.33, 225.92]). No clear changes were observed in the area under the curve (AUC). Twenty‐five participants were included in the hepatic cohort (mild impairment, n = 8; moderate impairment, n = 8; healthy participants, n = 9). Compared with matched controls, increased Cmax was observed in the mild (GeoLSM ratio [90% CI], 181.37% [95.47, 344.56]) and moderate (GeoLSM ratio [90% CI], 298.78% [145.00, 615.65]) impairment groups. Mild impairment did not substantially affect the AUCinf versus matched controls (GeoLSM ratio [90% CI], 110.73% [82.16, 149.24]); however, it was higher in the moderate impairment group versus matched controls (GeoLSM ratio [90% CI], 195.58% [115.26, 331.88]). Across both studies, five treatment‐emergent adverse events were observed in five participants; all were considered mild in severity. Overall, bocidelpar was well tolerated and had an acceptable safety profile. Severe renal impairment had a minimal effect on bocidelpar pharmacokinetics, while moderate hepatic impairment resulted in increased bocidelpar concentration and exposure compared with matched controls. 10.1111/cts.70310 http://creativecommons.org/licenses/by-nc-nd/4.0/
title Pharmacokinetics of Bocidelpar, ASP0367, in Renal and Hepatic Impairment: Results From Two Phase 1 Studies
topic Clinical and Translational Science
url https://ascpt.onlinelibrary.wiley.com/doi/10.1111/cts.70310