“They introduced us to this system and allowed us to realize novel applications of our organoid studies. It was surprisingly easy to use which I often told Evan, but it’s very true. The system required only small volumes of tissues and reagents to help us combat our work concerns with tissue availability. We were able to image these studies in well without having to transfer the samples to our imaging system. And then it minimized disruption to the organoids or spheroids using those microfluidics chambers and this is all under sterile conditions. This Pu·MA System fits in your incubator so it’s really easy for us to use, and there were diverse applications with various biological endpoints so we were very happy to collaborate with Protein Fluidics. And furthermore, I just want to hammer home that it is incredibly simple to use. I am not great with technology so for me to say this it must be true. […] The Pu·MA System was able to help us really translate [our] findings better”

-Dr. Margarite Matossian

Learn how:

• The Pu·MA System can help prevent loss or damage during assay steps such as media exchange, supernatant sampling, or immunofluorescence staining.  
• Patient-derived organoids were cultured from breast cancer patient samples for studying drug resistance 
• To use these methods in a simple unified workflow

For previous webinar recordings, check out our Webinars page