Have you ever seen the black box that is the inside of a microscope objective? Today Dr. Stephen Ross of Nikon gave a fascinating lecture on what goes into the design and manufacturing of an objective.

Happy #microscopymonday from this scan of some primary #astrocytes in culture captured in both brightfield and fluorescence imaging modalities 🔬🧪🧠

Happy #fluorescencefriday ! Decided to switch it up this week with an image of some nigral neurons from some of our labs #parkinsons disease work 🔬🧪🧠

It’s that time of week for another #fluorescencefriday ! Hopefully you won’t get tired of looking at #astrocytes because we don’t get tired of imaging them 😎 🧪🔬🧠

Big congrats to @megan-hager.bsky.social on her award for innovation in human & animal health presenting the business model of our #microscopy and #imageanalysis core! 🔬🧪🧠

2-for-1 post coming at you for both #worldparkinsonsday and #fluorescencefriday Another #astrocyte grown on coverglass reminding everyone of the important role of #glia in #parkinsons 🧪🔬

Happy #WidefieldWednesday Bluesky!! A new hashtag to appreciate all of the wonderful widefield #microscopy work shared here 🧪🧠🔬 Today we are sharing this photo of a primary #astrocyte grown on cover glass used in the study of #Parkinsons disease, imaged with a VS200 slide scanning microscope.

Happy #fluorescencefriday Bluesky! This week, we are sharing a quick video of a 3D render of #alzheimers disease microglia from a Z-stack captured on our VS200 🧪🧠 We are excited to be connecting with so many research groups world-wide! We continue to be inspired by everyone’s posts each week!

Happy #microscopymonday Bluesky 🙌🏼 Today, we are sharing a high mag image of a primary murine astrocyte captured using an Olympus VS200 slide scanner 🧪🧠

Happy #fluorescencefriday to the microscopy folks of Bluesky! 🧪 Please enjoy this image hot off the slide scanner piloting our new decon module in a murine #Parkinsons model