🔬Cell size and morphology analysis doesn’t have to be complex or time-consuming.​ With the ECLIPSE Ji, you can streamline cell analysis through intuitive, smart imaging workflows designed to deliver reliable and reproducible results with minimal hands-on effort.​ 📖 Read https://bit.ly/4cqEu2l ​

In our recent #EnduringExcellence story, Dr. Christian Conze, Head of Technology Platform Light Microscopy and Image Analysis at Leibniz Institute of Virology (LIV @leibnizliv.bsky.social ), reflects on his experience working with Nikon over the years. Read the full story 👉 https://bit.ly/4wOCKs6

🔥🌊Using the AX-NSPARC confocal microscope, Roberta Miroglio and colleagues from the Consiglio Nazionale delle Ricerche visualized changes in key developmental and cellular pathways, helping reveal how ash runoff may threaten coastal marine ecosystems. 📖Read the paper: https://bit.ly/4xlB20Z

The countdown to #ECP2026 has begun! Visit our booth to meet the team, discover our latest microscopy and pathology solutions. Don’t miss our exciting photo booth to capture a memorable moment from #ECP! 📸 📍 Stockholmsmässan, Stockholm, Sweden 📌 Booth 204 📅 12-15 September #Pathology #Microscopy

📝In our latest interview, Professor Sylvain Gabriele from the University of Mons shares how the Nikon ECLIPSE Ji-AX is helping his team advance mechanobiology research through intuitive workflows, automated imaging, and advanced confocal capabilities. Read the full interview 👉https://bit.ly/4yZKRU4

🔥🌱 How does a plant respond to danger? Featured in our recent webinar by Professor Alex Costa, this shows how burning triggers a calcium signal in 𝘈𝘳𝘢𝘣𝘪𝘥𝘰𝘱𝘴𝘪𝘴. 🎥 Watch the full webinar recording here: https://bit.ly/4fFqbZY #NikonMicroscopy #PlantScience #Microscopy #Webinar

☀️ What a summer it's been! We've been on the road meeting the scientific community, showcasing new technologies, and exchanging ideas at events across Europe. Swipe through for some highlights 📸👇 See upcoming events here: https://bit.ly/4pX0kjC #NikonMicroscopy #Events #Exhibitions #Microscopy

Using Postnatal Astrocyte Labeling by Electroporation #PALE labeling and STORM super-res microscopy, Miklós Zöldi and István Katona from Indiana University Bloomington visualized individual hippocampal astrocytes and tracked molecules within their finest processes. 🔗 Read: https://bit.ly/4xse20D

Our 100% optical spindle observation system helps you: -See the spindle in colour from ANY ANGLE (360°) -Match colours with the zona pellucida for reliable identification -Easily switch between ICSI and spindle observation with one click Learn more: https://bit.ly/4gd6GIn

Marie-Anne Colle’s team used AX NSPARC SuperResolution microscopy and AI segmentation to map mitochondria, lysosomes and their interactions in skeletal muscle of a mouse Pompe model. Super-resolution imaging + deep learning reveals hidden organelle relationships The preprint https://bit.ly/4fOWqVd

Heading to #SMLMS2026? Visit our partners BergmanLabora to discover how Nikon's super-resolution solutions are helping researchers see more, understand more, and achieve more in their imaging workflows. 📍 Stockholm, Sweden 📅 26–28 August 2026 The team look forward to seeing you there!

🔬Our application note demonstrates how optimized use of an objective correction collar can minimize distortion along the optical axis and improve imaging quality deep within small intestinal organoids. 🔗 Download the full application note for free: https://bit.ly/4pQZJA9 #NikonApplicationNote

"We combine cutting-edge technology with the best practitioners in the fertility field to give the best to our patients.” Step inside the CHIREC IVF laboratory with Senior Embryologist Dr. David Jareño Martínez. 🔗Read full article: https://bit.ly/452joDG 🔬The ECLIPSE Ti2-I: https://bit.ly/4wBuJqa

🪰 Gut movement is more complex than we thought. Beyond classic peristalsis, new research reveals a distinct motility program called “superstalsis” in the Drosophila midgut. 🔗 Read the study: https://bit.ly/4wqhfxj #NikonScienceSpotlight #CellBiology #Drosophila

An Enduring Excellence feature highlighted the Nikon A1R confocal at the #NCofE at VIB-KU Leuven, but the team has also used the C2 confocal system, introduced in 2010. Today, the AX R stands as the successor to these systems, pushing imaging capabilities even further. Read👉 https://bit.ly/4bb9WBh

🎤In our latest interview, Professor Sylvain Gabriele from the University of Mons discusses how the ECLIPSE Ji-AX combines smart automation and confocal imaging to support cutting-edge mechanobiology and 3D cell culture research. 📖Read more: https://bit.ly/4hznrP5 #NikonMicroscopy #Mechanobiology

🌱✨ One of the fascinating examples featured in our recent webinar by Professor Alex Costa showed how a wound to a single leaf can trigger a calcium signal that spreads throughout the entire Arabidopsis plant. 🎥Watch the full recording here: https://bit.ly/4fAQOht #NikonMicroscopy #Webinar

🎥 Missed our webinar on The Role of Microscopy in Human Assisted Reproductive Technology? The recording is now available on our website, featuring insights from Dr Swee Lian Liow, Scientific Director at Virtus Fertility Centre Singapore. ▶️ Watch now: https://bit.ly/4hqIoeZ #NikonMicroscopy #ART

🔬 Nikon's ECLIPSE Ji-AX is helping researchers explore complex 3D biological systems with greater ease and reproducibility. Learn how Professor Sylvain Gabriele and his team are using the system to bridge imaging, mechanobiology, and bioengineering. Read: https://bit.ly/44DpA4N #NikonMicroscopy

Today is #WorldBrainDay, a global awareness day about brain health, emphasizing prevention and access to care. Explore the latest neuroscience research: Nikon's PubScope database includes more than 20,000 publications tagged with the Neuroscience concept. 🔎PubScope: https://bit.ly/4bCMhK5

🧠 The Transfection Efficiency assay on the ECLIPSE Ji quantifies cells expressing a target protein, enabling fast, accurate assessment of expression efficiency. AI-based detection from brightfield images minimizes cell damage during analysis. 🔗Discover more: https://bit.ly/4fpN6qD

🫧How do stress granules form? A new study from the Ruggieri lab (University of Heidelberg) recreates stress granules outside living cells using a cytosolic extract-in-oil droplet system, offering new insights into cellular stress responses and neurodegenerative disease. https://go.nature.com/4pvdMuY

🎥The recording of our recent webinar is now available on our website! 🌱How do plants translate environmental stimuli into biological action? The answer lies in “calcium signatures”- the Ca2+ fluxes that define how plants respond to the world around them. 👉Watch: https://bit.ly/4vER84x

🔬How is automation shaping the future of fertility treatments? 🗣️Dr. David Jareño Martínez discusses how the ECLIPSE Ti2-I is advancing #ICSI and #IMSI procedures. The microscope's automation helps enhance treatment quality in a field where precision is key. 👉Read more: https://bit.ly/4yp0Ef4

In our recent #EnduringExcellence story with the Nikon Centre of Excellence at @leibnizliv.bsky.social, we spotlight the C2 confocal microscope, trusted by researchers since 2010 for its stability and optics. That same DNA lives on in today's 10th-generation AX R. 👉 https://bit.ly/4vjbDUk

We had an amazing time connecting with the brightest minds in neuroscience at Europe's largest neuroscience event - #FENS2026 in Barcelona! 🧠🔬 Thank you for stopping by our booth and having a chat with us! Learn more about the AX R MP multiphoton microscope system: https://bit.ly/44Pe06v

What an incredible few days at #ESHRE2026 in London! 🇬🇧 It was fantastic to see so much interest in our ECLIPSE Ti2-I microscope for #ICSI and #IMSI procedures. Thank you FertiPro for showcasing it through your live demonstrations🔬 For more info - get in touch with us today 👉 https://bit.ly/4aJ55Hg

🧬How do cells switch from “pulsing” movements to a steady force during division? 🔬New work from Perihan Nalbant's group shows that Ect2 membrane attachment stops pulsations and drives the uniform contractions needed for successful cell division. 🔗https://bit.ly/4wacDM1 #NikonScienceSpotlight

🧬How do cells switch from “pulsing” movements to a steady force during division? 🔬New work from Perihan Nalbant's group shows that Ect2 membrane attachment stops pulsations and drives the uniform contractions needed for successful cell division. 🔗https://bit.ly/4wacDM1 #NikonScienceSpotlight

👋We're live at #FENS2026! Don't miss our Open Theatre presentation: "Nikon AX MP: From Complex Experiment to Simplified Setup" at 11:30 on 9 July! 🔬Learn how advanced multiphoton imaging can become more intuitive, efficient, and accessible. 📍Fira Gran Via, Barcelona, Spain #FENS #NikonMicroscopy