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Next-generation sequencing for cancer drug development: the present and visions for the future
Scott M Kahn1,2,3
1Dept. of Urology, Columbia University, NY, USA.
Abstract:
NGS for Cancer Drug Development 24-26 September 2013, Boston, MA, USA Many of us who, prior to the -omics revolution, staunchly pursued the molecular basis of disease causation recognized the fundamental importance that biomarkers held for the eventuality of personalized medicine, more accurate diagnostics and targeted drug discovery. With slab sequencing apparatuses now mere memories relegated to the dusty reaches of old laboratory cabinets, we are fervently unraveling the complexities of many diseases through newer, more powerful innovative technologies. Quicker than ever before, we are achieving a deeper understanding of causative genetic lesions, perturbed pathways and the functions of altered networks. This has opened the door to a golden age of data generation that shows promise as a vital key to the successful treatment of human diseases. Hanson Wade recently organized a series of three related symposia that highlighted advances in industry and academic research in the areas of drug development, companion diagnostics and disease profiling: 'NGS for Cancer Drug Development' conference in Boston on 24-26 September 2013, the 'NGS Data Analysis' conference in San Francisco on 15-17 October 2013 and the 'World CDx' conference in Boston on 12-15 November 2013. These meetings provided forums for leaders to present advancements in personalized medicine, strategies for drug development, and innovations in diagnostics and other important areas. Their highly interactive nature also provided opportunities for industry and academic attendees to identify common hurdles that stand in the way of progress, (e.g., biomarker validation, analytical software limitations, data sharing, sample handling, regulatory and reimbursement restrictions), and to propose strategies for independent and community approaches toward overcoming such hurdles. In the interest of space, this review will be limited to the first in this series, the NGS for Cancer Drug Development conference, and its six major areas of focus.
Insights
Next-Generation Sequencing (NGS) is revolutionizing cancer drug development by enabling deeper understanding of genetic lesions and pathways. This technology is key to advancing personalized medicine and targeted therapies for improved patient outcomes.
Area of Science:
- Oncology
- Genomics
- Biotechnology
Background:
- The '-omics' revolution and advancements in sequencing technologies have transformed the study of disease causation.
- Biomarkers are crucial for personalized medicine, accurate diagnostics, and targeted drug discovery.
- Next-Generation Sequencing (NGS) provides unprecedented insights into genetic lesions, perturbed pathways, and altered cellular networks.
Purpose of the Study:
- To review advancements in industry and academic research presented at the 'NGS for Cancer Drug Development' conference.
- To highlight progress in personalized medicine, drug development strategies, and diagnostic innovations.
- To identify common challenges and propose solutions for overcoming hurdles in cancer drug development.
Main Methods:
- The review focuses on the 'NGS for Cancer Drug Development' conference, one of three related symposia organized by Hanson Wade.
- The conference featured presentations from leaders in industry and academia.
- Discussions included advancements in personalized medicine, drug development, and diagnostics.
Main Results:
- The conference provided a forum for discussing industry and academic research in cancer drug development.
- Key areas of focus included the application of NGS in understanding cancer genetics and pathways.
- Attendees identified significant hurdles such as biomarker validation, data analysis limitations, and regulatory restrictions.
Conclusions:
- NGS is a vital tool driving a new era in data generation for human disease treatment.
- Collaborative efforts are needed to address challenges in biomarker validation, data sharing, and regulatory pathways.
- Continued innovation in NGS and related technologies promises to accelerate the development of effective cancer therapies.
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