Bruker Fluorescence Microscopy’s Post

Tiny deep-sea jellyfish or hydrogel capsule? It´s a hydrogel capsule! This one has ruptured, giving it almost the appearance of a tiny round jellyfish. Our projects A04 and X03 FAU Erlangen-Nürnberg work together in assessing the development of brain organoids in brain-mimicking hydrogel capsules. #pictureoftheweek #microscopy #tissueengineering #braindevelopment #neuroscience #EBMresearch Image by: Sonja Kuth

🔬Developed by Erwin Neher and Bert Sakmann in the 1970s, patch-clamping is an important #electrophysiology technique with a broad range of applications in both basic research and drug discovery and development. However, the complexities of the method can seem intimidating. Whether you’re a novice or an expert, we’ve created this infographic to provide a brief introduction to the experimental setup and help researchers get up-to-speed on patch-clamping. View the infographic ➡️ https://bit.ly/47URDvO #manualpatchclamp #neuroscience #ionchannels #membranepotential

👏 👏 Congrats to the Hu Benhui team from Nanjing Medical University, whose latest research titled "Uniaxial extending neural probes for bleeding-absent implantation", was published in npj | Flex Electron this June! In this study, they showcased the use of miniature two-photon microscopes 🔬 from Transcend Vivoscope (Field of view: 190 × 190 μm2; Resolution: ~850 nm) to visualize the internal structure within the superficial cerebral cortex in the living rat, enabling the monitoring of the condition of blood vessels along the track of probe implantation. #miniaturetwophoton #mTPM #invivoimaging #ratimaging #Neuroscience #Innovation #NeuralProbes #Transcendvivoscope Read the article: https://lnkd.in/gzyNia7k

Scaling Up Brain Organoids: A Research Revolution! Explore the cutting-edge world of electrophysiology in organoids with our expert speaker as they dive into innovative research methodologies. Discover how shell electrodes can enhance brain organoid studies and expand our understanding of neural reactivity—including exciting developments from Johns Hopkins! #Electrophysiology #Organoids #BrainResearch #Neuroscience #EEG #InnovativeScience #JohnsHopkins #NeuralReactivity #ResearchMethodology #CuttingEdgeScience

🔬 𝗠𝗶𝗰𝗿𝗼𝘀𝗰𝗼𝗽𝘆 𝗠𝗼𝗻𝗱𝗮𝘆 🔬 Maximum intensity projection with depth color coding of dendrites and spines in a brain slice. Image taken on the Ultima Investigator Plus. #MicroscopyMonday #neuroscience #lifesciences

🧠 Visualizing Brain Organoids 🧠 Researchers have conducted an experiment involving human brain organoids, a simplified, miniaturized version of the human brain grown in a laboratory setting The Brain Organoids were monitored through imaging every thirty minutes over the course of one week. The purpose of this monitoring was to observe and document the process of lumen morphogenesis (formation of a cavity within the organoid) as well as the emergence of forebrain progenitor cells (cells that give rise to specific types of brain cells) and neurons (nerve cells). #Research #Neuroscience #Innovation

Detecting non-electroactive #neurotransmitters like glutamate just got a breakthrough! 🧠⚙️ Prof. Sam Kassegne et al San Diego State University have developed a method to immobilize L-glutamate oxidase (GluOx) on glassy carbon microelectrodes, enabling the indirect detection of these vital molecules via voltammetry. Could this pave the way for more accurate and efficient neurotransmitter detection methods? https://lnkd.in/gZp6SSNk #Neuroscience #Voltammetry #GlutamateResearch

Healthy neurons interacting! 😯 With Nanolive's high-resolution holotomography, you can observe detailed neuron connections and even notice mitochondria trafficking. This live-imaging, label-free technology provides groundbreaking insights for neuroscience and biotechnology research. Perfect for university researchers aiming to advance their studies in neuronal behavior and cellular dynamics. Contact us for your own demo +393479742823 info@m-s.it #Neuron #Neuroscience #Holotomography #LiveImaging #LabelFree #Biotechnology

Calling all fluorescence microscopists: What are the biggest challenges you face in your work? 🤔 Is inconsistent illumination, phototoxicity, poor irradiance, limited fluorophore coverage, high cost of mercury or halogen bulbs, or frustrating, complex setups on your list? ➡️ https://lnkd.in/d3ECVdiB ⬅️ Our pE-400 Series offers a comprehensive solution to these common pitfalls. With precise control, uniform illumination, and advanced features, it's the answer to streamline your microscopy workflow. Explore how it can revolutionise your work and get in touch today! #FluorescenceMicroscopy #Research #bioimaging #cellbiology #optogenetics #neuroscience

❄It's cold outside, but EEG data collection is heating up! X-trodes Smart Skin technology, powered by EmotivPRO, expands the possibilities of real-world EEG brain monitoring. If you can apply a sticker, you can experience seamless, non-invasive, accurate EEG monitoring for whatever field research you plan to conduct this year. No gel, no wires, no saline. No limits. Let's go. https://lnkd.in/gmJyQUTM #EEG #electroencephalography #fieldresearch #fieldrecording #brainfunction #brainwaves #brainsresearching #brainresearch #neuroscience #neurotechnology #neurotech #academicresearch #neuroscience #cognitivescience