Nanion Corporate Blog

 

08.05.2019: April Newsletter Published

Read about Automated Dynamic Patch Clamping of Cardiomyocytes, Electrogenic transporter research & how you can take part in our 2019 SURFE²R N1 Research Grant! Also, mark your calendar, our USA User-meeting will be happening in 3 weeks! All these and other engaging topics can be found in our current April Newsbites here.


You might be interested in knowing that our next edition will be touching on "IKs and IKr: Controlling cardiac repolarization". Don’t miss out on this and other segments by Signing Up for free here.

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26.05.2019: Replacing Radiolabeling Techniques With the SURFE2R N1 - a Case Study

Dr. Randy Stockbridge (Assistant Professor at the University of Michigan) was one of the two SURFE²R N1 Grant Winners from 2018 where they won SURFER N1 platform for 6-month period. We asked Randy about her experience, established assays and future plans with SURFE²R N1 instrument. 

Dr. Randy Stockbridge's Research: 
Membrane transport proteins – channels and energy-coupled pumps – are the molecular gatekeepers of the cell. For microbes subsisting in a hostile environment, these proteins import vital nutrients and export dangerous toxins.  
Randy: "My lab is currently focused on discovering and understanding novel microbial membrane proteins. We are especially interested in fluoride channels, which protect bacteria against toxic environmental fluoride ion, and guanidinium ion exporters, which have an interesting evolutionary relationship to multidrug exporters involved in antibiotic resistance".

Dr. Randy Stockbridge about the SURFE²R Technology: 
"We had done the initial characterization of our new family of transporters using radiolabeled substrate uptake, but we needed a more general assay in order to expand beyond commercially available radiolabeled substrates.
Now that we’ve started using the SURFE²R N1 instrument, this technique has replaced radiolabeled substrate experiments in my lab, to everyone’s benefit. We’re not spending as much money on radiolabeled substrates, the experiments are much faster to perform, with fewer regulatory headaches.“

Download the case study here

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