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🧬Love Blinds Drosophila - a study published in Nature unravel neural dynamics. 🧠📖✨ #Neuroscience #BrainResearch #Drosophila #Nature #Love #NeuralDynamics #Science #Research

Glutamate vs. Calcium Imaging: What’s the Difference? 🔬 Glutamate Imaging – Tracks neurotransmitter release, showing synaptic input in real time. Uses sensors like iGluSnFR to detect excitatory signals. ⚡ Calcium Imaging – Measures neuronal activity, reflecting action

Scanning Method of the Week: 3D Snake 🐍🧠 When dendrites twist and turn, Snake scanning keeps up. This mode follows long, snake-like trajectories through 3D space, letting you capture activity across connected volumes that would be impossible with flat scans. Perfect for

The zebrafish nervous system is one of neuroscience’s favorite model systems — and for good reason. 🐟🧠 Why zebrafish are so powerful for discovery: ✔️ Transparent brains in larvae let us literally watch neural activity across the whole brain in real time. ✔️Genetic

New study 🧠✨ Glutamate travels further in the brain than we thought! #Neuroscience #Microscopy #Femtonics #SynapticPlasticity #BrainResearch

A mouse olfactory region observed with the Femto ATLAS via GRIN lens imaging 🔬🐭 #Femtonics #TwoPhotonMicroscopy #Neuroscience #ImagingInnovation #GRINlens #BrainResearch #Microscopy #Neurotech

⚡ 3D Random Access Point ⚡ Jump straight to the action with lightning-fast point scans in 3D! 🚀 Instead of wasting time on the whole field of view, this mode hops between your chosen targets — like somata or dendritic hotspots — at up to ~100 kHz per point🎯 The result?

A new milestone for Femtonics! Our two-photon microscope was officially handed over to The Hospital for Sick Children (SickKids) Research Institute to support advanced neuroscience research. Representing Femtonics: Richard Kozma

13 lightning-fast nuclear divisions. 🌪️ One Drosophila embryo. 🪰 Two-photon time-lapse imaging lets us watch life build itself in real time—nuclei glowing, dividing, migrating. From chaos → order, right before our eyes.✨ #Microscopy #DevelopmentalBiology

A Truly Heart-Stopping Performance! Our 3D Real-Time Motion Correction has achieved something remarkable: it stopped a heart! Well, not in the literal sense. But our online motion correction software successfully eliminated all motion caused by a beating heart, showcasing its

3D Multi-Line Need to follow dendrites or elongated structures? 🧠🔬 Multi-Line scanning draws fast paths across multiple lines in 3D, giving you crisp activity traces along branches and axons. 🌿⚡ It’s a smart way to capture spatially distributed signals with frame rates you

2025 Nobel season has just concluded 🎉 — But Nobel history also carries lessons 💡 In 1949, the Medicine prize went to Egas Moniz... 📖 ⬇️ #NobelPrize #HistoryofScience #DNA #Avery #Hungary

🏆We’re proud to share that FEMTONICS has been awarded the 2025 Magyar Brands prize in the “Innovative Brand” category!🏆 According to the Magyar Brands definition, this recognition is given to Hungarian brands that represent the excellence of domestic enterprises both in

🎧✨ "Listening to a neuron while shaping its activity." This image shows a cortical neuron 🧠 during a whole-cell patch-clamp experiment. 🔬💡 The glowing pipette introduces controlled currents into the soma, while simultaneously recording the cell’s voltage responses ⚡📈.

💡 How does the brain make sense of time in sound? #Neuroscience #Learning #AuditoryCortex #Innovation #Femtonics 🔗 DOI: 10.1126/sciadv.adr6214

When a sound ends, the brain listens too. 🎶🧠 New J Physiol study: offset responses in the auditory cortex carry richer info about the sound than subcortical areas. 2P imaging (Femtonics microscope) + electrophysiology → offsets act as short-term memory traces. #Neuroscience

Using the FEMTO3D Atlas 🧠⚡, it is now possible to stably record electrical activity from an individual neuron at high sampling rates (11.9 kHz) over extended periods. ⏱️🔬 These traces show how finely resolved the voltage dynamics are — capturing each action potential ⚡ as

🚀 High-Speed Arbitrary Frame Why stay locked to flat planes? ✨ This mode lets you tilt and rotate your imaging plane anywhere in 3D—and still hit frame rates around ⚡️40 fps⚡️ at full resolution. Great for matching your scan to oblique dendrites, cell layers, or any structure

We know mice brains in microscopic detail 🐭🔬 But what about elephants, whales, humans? New review asks: 🧠 Are large brains “empty” (fewer neurons) or packed with “super-neurons”? 🌳 Does dendritic complexity = intelligence? 🧩 Why do myelin stripes map elephant trunks but our

Can neurons “swallow” drug-filled capsules? 🧠💊 A new study in Materials Today Bio shows that brain neurons.. 🔬✨ Read more below 👇 #Neuroscience #DrugDelivery #Biomaterials #TwoPhoton #Femtonics #Neurotechnology