BMSEED

BMSEED is live at #SfN2025 in San Diego! 🧠 Explore our MEASSuRE platform—an integrated system for stretching, imaging & recording cell activity using stretchable MEAs for more physiologically relevant in vitro studies. Visit us at Booth #2900! 🔗 bmseed.com

Explore BMSEED's Advanced MEA Platform at SfN 2025 - https://www/bmseed.com

Affordable Thin MEAs for Advanced In Vitro Research - bmseed.com BMSEED's thin stretchable MEAs are less than 200 micrometers thick, making them perfect for seamless integration with your imaging setup. Best of all, they cost the same as our standard-thickness MEAs.

Learn about BMSEED's stretchable microelectrode arrays: benefits, applications, and user experiences. youtube.com/watch?v=Ao8FE4… #MEAs #TBI #electrophysiology

Here's a short video demonstrating our MEASSuRE platform youtube.com/watch?v=jclc-o… #neuroscience #research #NIH #TBI #pathologic #Biology

The multiple nozzles on this 3D printer can be lifted and lowered independently, which allows ink to be deposited onto surfaces with arbitrary topography @JenniferALewis1 @SebUzel @hseas Read the article: ow.ly/nsvQ50Ilvbz

3D-bioprinted hydrogels often have poor mechanical strength. This bilayered construct makes use of host-guest chemistry to ensure that the material is strong enough to help regenerate bone in vivo. Read the article: ow.ly/1fmF50Ilsst

We are proud participants of the @NIH 2022 i-Corp program!

Please feel free to ask any questions about which one is the best for your application!

the sMEA comes in two versions the: a. 30 electrodes for more general experiments b.60 electrodes for more detailed approach #neuroscience #research #instrumentation

This technology is ideal for researchers working with cardiac and neural tissue as you can simulate the physiological stretch this cells experience to more closely mimic their native environment #biotech #neuroscience

We at BMSEED specialized in creating biomimetic environments for in-vitro research via the use of our stretchable microelectrode arrays (sMEA) which remain conductive after being stretched.

Are you interested in cancer organoids/tumoroids and their application in drug discovery and development as well as in personalized medicine? Check out this open postdoctoral position at the Roche Institute for Translational Bioengineering (ITB)! careers.roche.com/global/en/job/…