Nikon Instruments’ Post

Did you know your eyes can detect a single photon of light thanks to rod cells?   These specialized cells in the retina are essential for night vision, helping us see in low-light conditions. Unlike cone cells, which detect color, rod cells are highly sensitive to light but don’t perceive color, making them vital for seeing in the dark.   With Dragonfly 3D World, rod cells can be segmented from complex retinal tissue and visualized in high-resolution 3D. This detailed view allows for a deeper understanding of how the cells are structured and function, opening the door to potential innovations in vision-related technologies.     #RodCells #NightVision #Dragonfly3D #3DModeling #EyeHealth #CellSegmentation #Retina #Biological #Imaging #Bioimaging #FIBSEM

Interested in a deeper look at our AX / AX R #Confocal #Microscopy system with #NSPARC #ImageScanningMicroscopy detector? In a previous Microscopy Today article, Dr. Sabrina Delattre explored the utility of NSPARC for #LiveCell #Imaging applications, including fast #SuperResolution imaging of mitochondrial dynamics (image below). Click to view the article: https://bit.ly/3Gl358v

What magnification do you image your neuronal cells at? In the latest installment of our video series, discover how using high-contrast imaging can optimise your magnification and resolution, enhancing neurite detection for more robust results. 🔬 Have any questions about how Livecyte can help your research? Send us a message! #Livecyte #Imaging #Microscopy

🦠 #LiveCell #Imaging is a very valuable tool in #CellBiology #Research. It enables scientists to track dynamic process and get a better understanding of their biological question. 🔬 ONI now offers a stage-top incubator, specifically designed for the #Nanoimager by TOKAI HIT, bringing together live-cell imaging and #SuperResolution #microscopy. Read our blog post on live-cell imaging ➡️ https://hubs.li/Q02_3N1F0

💡 Get a quick one-minute overview of our gel imaging and UV-protected gel cutting features! #GelImaging #LabEquipment #LifeSciences #MolecularBiology #ResearchTools #UVProtection

💡 Get a quick one-minute overview of our gel imaging and UV-protected gel cutting features! hashtag #GelImaging hashtag #LabEquipment hashtag #LifeSciences hashtag #MolecularBiology hashtag #ResearchTools hashtag #UVProtection

📢TOMOCUBE, INC., Holotomography Application: 3D & Label-Free Observation of Mouse Liver Organoids in a Grwoth Process Holotomography is a technique that utilizes low-intensity light to acquire the refractive index of cells from multiple angles. This technology has emerged as an excellent cellular imaging solution, allowing for high-resolution imaging while maintaining the health of the cells by using low-intensity light sources. TOMOCUBE, INC.'s second-generation Holotomography, the Tomocube HT-X1, employs low-coherence light sources, ensuring lower toxicity and noise-free high-resolution image acquisition compared to laser-based methods. Click and Explore More! 👌 🗝 HT-X1 System Features: ◼ High resolution, high contrast and high sensitivity ◼ Large-field detection ◼ Programmable multi-well analysis ◼ Laser autofocus for plate-to-plate reproducibility ◼ Low-noise, stain-free imaging without further calibration steps ◼ Quantitative Bioimaging ◼ Integrated incubation for long-term time-lapse ◼ Integrated 5-channel FL light engine ◼ Correlative holotomography with 3D fluorescence ◼ True multidimensional imaging across time, space and modality Learn More about TOMOCUBE, INC., Holotomographic Solutions and Applications on Our Website: https://lnkd.in/enAcyJjb 👉 <<Plan a Demo at Schaefer Technologie GmbH! >> 👈 #tomocube #holotomography #Mouse #developmentalbiology #Liver #3Dimaging #imaging #realData #RealTime #liveCell #microscope #labelfree #TimeLapse #Bioimaging #RefractiveIndex #QuantitativeData

🔬 Did you know up to 20% of MS diagnoses may be inaccurate? Our case study explores how the Central Vein Sign, combined with QMENTA’s Imaging Hub, is helping pave the way for more accurate MS diagnostics. 💡🧠 Learn about our successful project and its impactful outcomes: https://hubs.la/Q02Rc22L0 #MSDiagnosis #CentralVeinSign #Imaging #ClinicalResearch #MedicalInnovation

Excelitas Technologies Corp./Excelitas PCO GmbH presents the pco.flim X imaging system for determining fluorescence lifetime in the frequency domain (FD-FLIM). With 1,080x1,080 pixels and 45 double images per second, it can be used for the modulation frequency range 5 kHz - 40 MHz. The new system replaces pco.flim. Instead of a point scanning process, the manufacturer uses area image sensors and thereby achieves maximum speeds and throughputs. https://lnkd.in/eB_HiFsp #imaging #imageprocessing #biology #lifescience

We’re thrilled to announce a new #AppNote created together with Ronawk exploring the use of our AX / AX R #Confocal #Microscopy system for imaging Ronawk’s Bio-Blocks™! Bio-Blocks are a 3D, tissue-mimetic, and modular cell culture system providing improved physiological relevance, demonstrated in this case for culturing adipose #StemCells. A major hurdle for imaging any 3D cell culture system is attaining the same level of subcellular detail realized with traditional adherent cell cultures. The AX, together with our #NSPARC #ImageScanningMicroscopy detector, makes it possible to resolve these details and with a high level of optical sectioning deep into the sample. Video features a 3D view of cells that proliferated into a Bio-Block microchannel, imaged using our 40x Plan Apo Lambda S silicone immersion lens and comparing the performance of a traditional PMT detector with the NSPARC. Click to check it out: https://bit.ly/4e02RD4 #Biotechnology #CellCulture #TissueEngineering #SuperResolution #ISM #Ronawk #NikonMicroscopy