Stop by Booth #312 at @sfn.org 2025 #sfn2025 to explore mini-mScope, our compact imaging system for freely moving mice.
We’ll be there all week—come say hi!
@suhasabk.bsky.social @ameyjoshi.bsky.social @darylgohl.bsky.social
Our See-Shell cranial windows and titanium headplates give researchers durable, repeatable access to the cortex — making chronic, stress-free imaging possible.
🧠✨
@suhasabk.bsky.social @ameyjoshi.bsky.social
Our See-Shell cranial windows and titanium headplates give researchers durable, repeatable access to the cortex — making chronic, stress-free imaging possible.
🧠✨
@suhasabk.bsky.social @ameyjoshi.bsky.social
@darylgohl.bsky.social @suhasabk.bsky.social @objectivebio.bsky.social
@darylgohl.bsky.social @suhasabk.bsky.social @objectivebio.bsky.social
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…
Imaging fast glutamate or voltage sensors?
New method to amplify electro-optical deflectors enables MHz line rate imaging. No new laser required. Led by @clwarkentin.bsky.social & @hari-shankar.bsky.social. MHz random-access imaging is in the works…
Thrilled to see our team driving transformative tech forward — including the newly funded mini-mScope!
Pushing the boundaries of neuroscience & empowering researchers everywhere.
#InnovationInBiotech #NeuroTech #WholeBrainImaging
@suhasabk.bsky.social
Thrilled to see our team driving transformative tech forward — including the newly funded mini-mScope!
Pushing the boundaries of neuroscience & empowering researchers everywhere.
#InnovationInBiotech #NeuroTech #WholeBrainImaging
@suhasabk.bsky.social
See for yourself: www.objectivebiotechnology.com
#ObjectiveBiotechnology #Autoinjector #CRISPR @suhasabk.bsky.social @darylgohl.bsky.social @ameyjoshi.bsky.social
See for yourself: www.objectivebiotechnology.com
#ObjectiveBiotechnology #Autoinjector #CRISPR @suhasabk.bsky.social @darylgohl.bsky.social @ameyjoshi.bsky.social
We used flexible, semi-transparent NeuroGrids to record traveling waves while simultaneously mapping cellular and subcellular dynamics with two-photon imaging
www.science.org/doi/10.1126/...
We used flexible, semi-transparent NeuroGrids to record traveling waves while simultaneously mapping cellular and subcellular dynamics with two-photon imaging
www.science.org/doi/10.1126/...