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I-SPY 2.2 Trial Design Shows Promise in Identifying Less Toxic Breast Cancer Therapies

• The I-SPY clinical trials are pioneering a new clinical research model aimed at reducing inefficiencies and prioritizing patient needs in drug development. • I-SPY 2.2 enhances the adaptive platform design for neoadjuvant breast cancer treatments by integrating precision medicine into its protocol. • The trial's patient-centric approach includes frequent monitoring, early exit points, and a treatment block design to minimize toxicity and exposure to ineffective therapies. • Initial data from I-SPY 2.2 suggest the design's effectiveness in uncovering less toxic neoadjuvant breast cancer therapies.

The I-SPY clinical trials are forging a path toward a novel clinical research paradigm, designed to minimize inefficiencies, prioritize patient well-being, and establish a practical framework for precision-based drug development. The central question now is whether this approach will be adopted beyond breast cancer.
The latest iteration, I-SPY 2.2, expands upon the earlier adaptive platform design for neoadjuvant breast cancer therapies by incorporating precision medicine into the protocol. It further advances the underlying theme of patient-centricity through frequent monitoring, early trial exit points, and a treatment block design that minimizes toxicity and exposure to ineffective therapies.
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[1]
I-SPY 2.2 is working. Why aren't others replicating the design? - BioCentury
biocentury.com · Oct 5, 2024

I-SPY 2.2, an adaptive platform design for neoadjuvant breast cancer therapies, integrates precision medicine and patien...

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