Basic EV Research

EV research began with the assumption these tiny vesicles were a form of cellular-waste management. In light of overwhelming evidence, we now appreciate EVs as a unique form of extracellular communication. Whereas typical signaling pathways involve the transmission and reception of single molecules, exosomes represent a type of macromolecular signaling vehicle, transporting nucleic acids, proteins and phospholipids as bioactive messengers.  

extracellular version basic research

Understanding the mechanisms behind EV biogenesis, cargo sorting and selection, and release and reception is the primary focus of most basic research, which typically focuses on these questions:

  • What are the conditions under which cells upregulate the production of EVs? 
  • Why are certain molecules electively sorted into newly formed EVs? 
  • What rules govern the targeting of EVs across cell types?

EV Image TubeThese questions and more, are currently under investigation, and their answers will shed new light on the once-misunderstood messengers.

Essential to the reliability and robustness of any research into EVs, whether collected from liquid biopsy or cell culture, is the isolation method. Techniques for exosome isolation have proliferated almost as rapidly as the tumor cells that release them! Faster, cheaper, kit-based methods are easy to find, but the most reliable method for isolation of intact exosomes is differential ultracentrifugation with an iodixanol gradient. 



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