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www.medscape.com


Sammer Marzouk’s research introduces the Dynamic Drug Response Network, which integrates wearable quantum biosensors, edge-based AI analysis, and responsive nanomedicines. By continuously tracking biomarkers and automatically tuning drug release, this framework offers personalized, adaptive therapies for conditions like diabetes and cancer.

Key points

  • Miniaturized quantum biosensors monitor dozens of biomarkers at attomolar sensitivity for real-time health profiling.
  • Edge computing with federated learning analyzes continuous biodata instantaneously to predict optimal dosing.
  • Shape-shifting nanoparticles and engineered cellular circuits adjust drug release in a closed-loop control system.

Why it matters: This dynamic, feedback-driven system represents a paradigm shift toward fully personalized, continuously adaptive therapies, promising enhanced efficacy and reduced side effects across complex diseases.

Q&A

  • What is quantum biosensing?
  • How do adaptive therapeutics differ from traditional drugs?
  • What role does AI play in the DDRN?
  • What are the regulatory challenges for dynamic therapies?
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