Confocal.nl’s Post

You purchased a microscope quite some time ago. Today, it can’t support super resolution imaging. And you need that. Your budget is limited, and you can’t afford a brand-new system. If you resonate with this, reach out. RCM1 and RCM2, our budget-friendly super resolution series are the ideal solution. Turn your old widefield microscope into a super resolution system and reach up to 170 nm resolution raw (120 nm after deconvolution) over a large FOV with extremely low phototoxicity. Get in touch for your personalized online demo or request a quote here: https://lnkd.in/dHKW7Twa #Superresolution #livecellimaging #microscopy #confocal #biotech #livecellimaging #research #REscan #phototoxicity

We are thrilled to welcome Ahmad Bhatti to our team as our new Sales Engineer! He has a PhD in biophysics of photosynthesis from Wageningen University. He researched photosynthesis in various cyanobacteria using confocal microscopy and ultrafast spectroscopy. Following this, he pursued a Postdoc at Laserlab Vrije University Amsterdam, where he studied photosynthetic processes in crop and model plants. It's great to have you on board, Ahmad! #Superresolution #livecellimaging #microscopy #confocal #biotech #livecellimaging #research #REscan #phototoxicity

Do you want to unlock the potential of your microscope and add super resolution capabilities but your budget is limiting your options? Accelerate your research with our budget-friendly RCM1 or RCM2 super-resolution confocal systems, which can reach up to 170 nm resolution raw (120 nm after deconvolution) over a large FOV with extremely low phototoxicity. Get in touch for your personalized online demo or request a quote: https://lnkd.in/dHKW7Twa #Superresolution #livecellimaging #microscopy #confocal #biotech #livecellimaging #research #REscan #phototoxicity

Observe with unprecedented signal-to-noise ratios, 𝟑𝟔𝟖 µm deep into the structure of pancreatic tissue, with 1 µm steps. Here you can see a 3D rendering of the blood vessels (561 nm) and the nerves (640 nm) of a cleared pancreas, acquired with our NL5+ confocal, using a 20x/0.8 air objective. Special thanks to Prof. Shiue-Cheng (Tony) Tang, Institute of Biotechnology, Department of Medical Science National Tsing Hua University, Hsinchu, Taiwan, for kindly sharing this sample. #signaltonoise #microscopy #confocal #biotech #research #REscan #phototoxicity

What is the Field of View (FOV)? Does a larger FOV necessarily mean a larger imaging area? How can we calculate the Field Number in relation to the FOV? What is the role of the detectors or the cameras in this case? How is the FOV different in 𝑅𝐸scan confocal microscopy compared to conventional confocal? We are thrilled to release the latest volume in our Quick Knowledge series! In this Quick Knowledge, we address these critical questions that can assist you in finding the most suitable confocal and super resolution technique for your live cell imaging. Enjoy reading! #Superresolution #livecellimaging #microscopy #confocal #biotech #livecellimaging #research #REscan #phototoxicity #Sensitivity #FOV

"Stay young- Keep the blood vessels healthy" International Vascular Biology Meeting Amsterdam has been fantastic! Also, remember to keep your live samples healthy! While imaging, phototoxicity is quite a threat. With the GAIA, you can ensure gentle conditions for your live cell super resolution imaging. Reach up to 170nm of resolution with unparalleled signal-to-noise ratios and minimal phototoxicity. Thank you very much for your visit and the great discussions! A huge shout out to the Organising Committee: Stefanie Dimmeler Jaap van Buul Peter Carmeliet Ed Eringa, and Ferdinand LeNoble. #Superresolution #livecellimaging #microscopy #confocal #biotech #livecellimaging #research #REscan #phototoxicity

Are you attending the International International Vascular Biology Meeting Amsterdam? If you are looking for a super resolution system that can enable you to achieve unprecedented signal-to-noise ratios, protect your living samples with extremely low phototoxicity, and image up to 170nm in resolution, then drop by to experience the GAIA. Our specialists, Janine Cravo and Casper Penning are there to answer your questions and explain our disruptive technology. #Superresolution #livecellimaging #microscopy #confocal #biotech #research #REscan #phototoxicity

One day left for the International Vascular Biology Meeting Amsterdam! Don’t miss the chance to experience GAIA, and find out how you can achieve deep live cell super resolution imaging with minimal phototoxicity. Janine Cravo and Casper Penning will be there to answer your questions and demonstrate the capabilities of the GAIA! #Superresolution #livecellimaging #microscopy #confocal #biotech #research #REscan #phototoxicity

⛳️From achieving 170nm in resolution to hitting 170-meter drives, our team knows how to celebrate in style! 🎉 We recently took a break to enjoy a fun-filled golf competition and a lovely dinner with our always-supportive partners & friends. Here's to many more successes and unforgettable moments! #TeamBuilding #CompanyOuting #Microscopy #Confocal #Biotech #SuperResolution #LiveCellImaging #Research #REscan #Phototoxicity

Are you attending the International Vascular Biology Meeting Amsterdam, July 2-5? Visit our stand and learn how you can achieve deep live cell super resolution imaging with minimal phototoxicity with our 𝑅𝐸scan technology and accelerate your research. Our experts Janine Cravo and Casper Penning, will be there to answer your questions and demonstrate the capabilities of GAIA! #livecellimaging #microscopy #confocal #biotech #Superresolution #research #REscan #phototoxicity