#optogeneticsaus search results

The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

ScitechPtyLtd's tweet image. The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. 
Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

ScitechPtyLtd's tweet image. The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. 
Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

ScitechPtyLtd's tweet image. The 4th #OptogeneticsAus meeting will be held @KollingINST 6-7th Feb. 
Visit Scitech to see how the @mxwbio #MaxTwo HD-MEA System is the next-generation #electrophysiology platform, offering novel capabilities for imaging cells in-vitro at cellular, subcellular & network levels.

Loading...

Something went wrong.


Something went wrong.


United States Trends