Integrative multi-omics has emerged as one of the most transformative paradigms in modern precision medicine , providing a comprehensive framework for decoding the complex molecular architecture that underlies human health, disease susceptibility, and therapeutic response. Rather than analyzing isolated biological layers, integrative multi-omics synthesizes information from genomics , transcriptomics , proteomics , metabolomics , and epigenomics to generate a multidimensional portrait of biological systems. By integrating these interconnected molecular datasets, researchers can identify causal mechanisms of disease, uncover regulatory networks governing cellular function, and design highly individualized therapeutic strategies tailored to each patient’s molecular profile. Advances in high-throughput sequencing technologies, ultra-sensitive mass spectrometry, and large-scale computational modeling have dramatically expanded the capacity to generate and interpret complex biol...