This study demonstrated potential genetic risks of mRNA vaccines, emphasizing the need for advanced molecular surveillance and ethical vaccine development.

Artificial intelligence revolutionizes clinical diagnostics by enhancing data interpretation, enabling precision medicine, and accelerating advancements in genomics and personalized healthcare.

Nanomedicine optimizes targeted medication delivery, augments therapeutic efficacy, diminishes adverse effects, and provides novel approaches for cancer therapy.

This review underscores the cancer-promoting effects of chemotherapy, and supports the use of personalised treatments to limit cell and molecular resistance, and metastasis, and immunosuppression, to improve survival.

Lifestyle medicine offers sustainable, evidence-based strategies to prevent, manage, and reverse chronic diseases, reducing reliance on pharmaceuticals and enhancing patient outcomes.

Investigation into targeted therapy innovations and personalized medicine provides valuable insights for enhancing cancer treatment efficacy and mitigating its global impact.

The discussion emphasizes the importance of accurate diagnosis to distinguish cSCC from BCC and melanoma, ensuring effective and targeted treatment.

This study underscores the urgent need for Signal-Based Medicine to mitigate long-term health risks linked to mRNA vaccine technologies

This study showed Personalized peptide engineering offers precise, adaptive, and safe therapeutic solutions, optimizing health outcomes while minimizing adverse effects and systemic toxicity.