Only 1 more day left at #SfN22!
📍 The MxW team are at booth #2801
Make sure to plan a trip to visit the booth to learn how you can discover the function of your neurons at the network, cellular & subcellular level with our HD-MEA's🚀
#MxWXSfN#NS22#Neuroscience
🚀Last night we hosted our Satellite Event at the fabulous @StoryhouseSpir1 in San Diego!
Thank you to all that attended, it was a wonderful night 🎉🎉🎉
📍This morning we are back at booth #2801
Stop by and say hello🤗
#SfN22#MxWXSfN
Meet the MaxWellers at #SfN22🤗
Our team are more than ready to answer any of your questions about our HD-MEA technology & applications & explain how it can help your research🚀
📍Visit the team at booth #2801
ALL the details👉https://t.co/cV2r0UrbEB
#MxWXSfN#neuroscience
Congratulations to all the authors of this new publication in @CommsBio from @NaturePortfolio showcasing mechanisms that can play a role in the retinal output following eye movements where sequential stimulation is ubiquitous.
Read the paper>> https://t.co/QFMruIrgXZ
Welcome to MaxWell Biosystems at #ISSCR2022! Please follow @engeleneo on a short visit through our booth featuring our HD-MEA technology, brochures and gifts! If you are at the conference, come and visit us! @ISSCR
To gain orders of magnitude in speed and efficiency for deep learning models, we need to investigate computing paradigms beyond traditional binary transistors. One approach I'm optimistic about (for inference specifically) is photonics. Here's an example: https://t.co/SqjFZ9p4Ws
Our competition will offer a large-scale dataset consisting of the responses of >28,000 neurons in mouse V1 to thousands of natural images + measurements of running speed, pupil dilation and eye movements. 3/7
Our CEO Dr. @u_frey will be taking part in the @Materials_MRS Spring Meeting tomorrow May 24. He will be discussing using HD-MEA systems to interface with Human iPSC-Derived Neuronal Cultures & Brain Organoids! If you are joining the virtual conference tune into the talk #s22mrs
We are excited to read the new preprint from collaborative work of @UniBasel@Roche & @bel_ethz in @biorxiv_neursci. It presents a new tool to facilitate assessment of cellular & network-level electrophysiological features to build functional phenotypes.⏩ https://t.co/vOnO98rH7h
Today at 3:30pm (EDT), Dr. @ZhuoliangEdLi will present a poster at #CAN2022@CAN_ACN! Join him to learn more about MaxLab Live AxonTracking Assay and how it allows recording signals of propagating AP along #axons and extracting metrics at a cellular and sub-cellular level.
Stay tuned for Monday - for the release of our new AxonTracking Assay! Record and automatically track propagating action potentials at unprecedented resolution and extract metrics at a single-cell level. Learn more: https://t.co/keMd4PWvfp
@martinaelenadg is giving an awesome presentation about functional characterization of retinae. Super exciting to see the science enabled by #maxone#maxtwo@mxwbio#neuronalnetworksummit2022
The second day of the In-Vitro 2D & 3D Neuronal Networks Summit is starting in 10 minutes . It starts with session 1: Emerging Technologies: Applications of Cultured #Neurons in 2D and 3D!
If you have any issues, please contact: [email protected]
In today's first presentation of the In-Vitro 2D & 3D #Neuronal Networks Summit, Dr. Manuel Schröter from @bel_ethz , @ETH_BSSE presents a wide range of #HDMEA datasets obtained from 3D brain organoids: from network to sub-cellular activity.
@mxwbio#hdephys#Organoids
The In-Vitro 2D & 3D Neuronal Networks Summit is starting in half an hour. We have prepared an exciting program! In case you have not registered, you still can here: https://t.co/F7geOqrRVP
If you have any issues, please contact: [email protected]
We hope to see you there!
Beautiful axon tracking data presented by Dr. Kenta Shimba. By doing postprocessing and smoothing of the recorded data, it's possible to track even the tiny signals of myelinated axons, impressive!