Application Notes & White Papers

Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy

In this research paper, Fang. W, et. al explored the ground-breaking potential of a single droplet microsensor in identifying ultra-short circulating tumor EGFR mutations, opening up new avenues for multiplex EFIRM liquid biopsy.

In layman’s terms, a single droplet of patient liquid tissue could be used to quickly identify rare DNA mutations indicative of tumor growth in the lungs, when combined with an electrical field-induced release and measurement (EFIRM). This research used a BioDot Omnia combined with a Rainmaker dispenser to place 50pL probe droplets and control droplets.

Join us the BioDot family with the cutting-edge technology that has revolutionized the practice of precision medicine. This innovative technique can revolutionize how we detect lung cancer, offering priceless information for individualized treatment plans.

Download PDF
Download PDF
Contact Us
https://cdn.prod.website-files.com/601e02f461a5202d87a6c35c/64a5eaac152f575eeb57fd73_Microsensor%20article.pdf
Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy
Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy
Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy
Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy
Single-Droplet Microsensor for Ultra-Short Circulating Tumor EFGR Mutation Detection in Lung Cancer Based on Multiplex EFIRM Liquid Biopsy
Prev Resource
Next Resource