Integrated Nano-Trojan Horse Protocol for Restoring Cellular Communication in Solid Tumors: A Disruptive Conceptual Framework

This conceptual paper introduces a novel integrative framework for cancer remission induction, merging insulin-targeted nanotechnology with NIR-activated immunomodulation to restore disrupted cellular communication in solid tumors. Drawing on the Warburg effect and cellular isolation hypotheses, we propose a "Nano-Enabled Communication Restoration" (NECR) protocol. The approach employs insulin-conjugated nanoparticles as a Trojan horse to deliver ECM-restorative agents and NIR-sensitive modulators to reactivate mitochondrial function via near-infrared (NIR) light, exploiting reverse Warburg dynamics by disrupting lactic acid cycles. Mathematical models, including modified Gompertz growth equations with receptor saturation, Henderson-Hasselbalch for pH-sensitive release, convection-diffusion for tumor interstitial fluid pressure (TIFP) effects, Bayesian inference, agent-based simulations, and the Hahnfeldt angiogenesis model, support the framework's feasibility. Supported by synthetic data derived from TCGA distributions and rigorous sensitivity analyses, this protocol offers high originality, precision, and potential for clinical translation. No funding was received, and all data are self-contained. Keywords: Cancer therapy, Nanotechnology, Cellular communication, NIR photobiomodulation, Mathematical modeling, Tumor angiogenesis