Advancements in clinical genomics have been hindered by data processing limitations stemming from the rise of big data and massive genomic sequencing technologies. The complex processes involved in detecting and interpreting variants, alongside numerous tools and algorithms, increase computational demands. This underscores the need for comprehensive genomic analysis platforms to alleviate clinician workload and accelerate patient result sharing. This article not only provides an overview of the challenges faced in clinical genomics but also serves as an introduction to our end-to-end genomic analysis web platform. Highlighting its streamlined processes, user-friendly interface, and integration with clinical workflows, this platform empowers clinicians to navigate and interpret genomic data effectively. By leveraging advanced AI capabilities, it promises more efficient analyses, ultimately advancing patient care outcomes and fostering a deeper understanding of genomic data in both clinical and research settings.

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Revolutionizing Next-Generation Sequencing: Advanced Analysis Pipeline and Integrated Solutions

  • Noelia Egido Iglesias,
  • Pedro Jiménez Fernandez,
  • Ángel Canal-Alonso,
  • Javier Prieto Tejedor

摘要

Advancements in clinical genomics have been hindered by data processing limitations stemming from the rise of big data and massive genomic sequencing technologies. The complex processes involved in detecting and interpreting variants, alongside numerous tools and algorithms, increase computational demands. This underscores the need for comprehensive genomic analysis platforms to alleviate clinician workload and accelerate patient result sharing. This article not only provides an overview of the challenges faced in clinical genomics but also serves as an introduction to our end-to-end genomic analysis web platform. Highlighting its streamlined processes, user-friendly interface, and integration with clinical workflows, this platform empowers clinicians to navigate and interpret genomic data effectively. By leveraging advanced AI capabilities, it promises more efficient analyses, ultimately advancing patient care outcomes and fostering a deeper understanding of genomic data in both clinical and research settings.