Next-generation sequencing (NGS) is changing the future of oncology and advancing the promise of personalized medicine. As genomics-focused pharmacology begins to play a greater role in cancer treatment, NGS is emerging as a valuable method for obtaining a deeper and more accurate look into the molecular underpinnings of individual tumors. With targeted therapies becoming the new standard of care in oncology, NGS-driven companion diagnostics are widely seen as driving the selection of treatments to optimize patient outcomes in the future.
At Illumina, our oncology portfolio is helping to drive the revolution in cancer genomics. Our sample-to-data solutions deliver high-quality, reproducible results to speed the discovery and analysis of cancer-related variants, and potentially transform the cancer care cycle. We invite you to this webinar to learn more about implementing oncology NGS workflows in your laboratory, from best practices at the bench to options for clinical reporting.
This webinar is hosted by Illumina in collaboration with Premas Life Sciences. ![]() The contact information Illumina collects during registration will be shared with Premas Life Sciences, who is jointly hosting this event. Illumina's use of the information you submit is governed by the Illumina Corporate Privacy Policy. Premas Life Sciences’ use of the information you submit is governed by the Premas Life Sciences Privacy Policy. |
TIME: | TOPIC / SPEAKER / ABSTRACT: |
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11:00 AM | Introduction |
11:05 AM | Tumor Profiling in the NGS Era
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11:25 AM | NGS for Cancer Testing: A Practical Perspective
Before moving to Australia, he was based in Madison, WI, USA as a Product Development Scientist for NimbleGen Systems (later Roche NimbleGen through acquisition) overseeing the launch of numerous high-density array and hybridisation-based enrichment products. His career began with 2 fellowships at the National Cancer Institute (NCI) in Bethesda, MA, USA using some of the first custom microarrays to study gene expression changes associated with the progression of cancers. He later transitioned to a new role in the Advanced Technology Center for the NCI manufacturing, developing and training researchers how to use microarrays for gene expression and comparative genomic hybridization. His focus and expertise in new technologies has led to numerous collaborations with key opinion leaders around the world resulting in publications in Nature Genetics, Nature Methods, PNAS and Human Mutation to name a few. |
11:45 AM | Tertiary Analysis Support in Clinical Reporting
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12:05 PM | Q & A Session / Panel Discussion |