Contemporary oncology drug development increasingly requires efficient dose-optimization strategies that evaluate monotherapy (Mono) and combination therapy (Combo) while balancing activity, efficacy, and tolerability. We propose a staggered seamless phase I/II design for settings in which a novel agent is evaluated al...
Modern oncology drug development is increasingly focused on identifying the optimal biological dose (OBD) rather than just the maximum tolerated dose (MTD). Early-phase oncology trials have conventionally relied on short-term endpoints, such as overall response rate (ORR), to evaluate efficacy. However, there is a grow...
Yusuke Tanaka, Kentaro Takeda, R. Kitabayashi et al.· Pharmaceutical statistics· 0 citations
Early-phase combination oncology trials increasingly seek the optimal biological dose combination (OBDC) rather than a maximum tolerated dose combination, in line with the FDA's Project Optimus initiative. Existing Bayesian OBDC designs span rule-based, model-assisted, and model-based paradigms, but no unified framewor...
Ayon Mukherjee, Kentaro Takeda, J. Wason· 0 citations
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