Yokogawa Life Science

#FluorescenceFriday Image Title: Cyanobacteria grows "broccoli"! Submitted by: Xiangyi Ding, Chih-Hsuan Hsu, Carolina Trenado, Alejandro Martinez Calvo Description: 488nm for GFP and 640nm for RFP Instrumentation: Yokogawa W1-SoRa spinning disk confocal, on a Nikon Ti2 Microscope with a Plan APO λD 10x objective using a Hamamatsu Fusion BT camera. Learn more about the CSU-W1 here, https://lnkd.in/gxPnaFce

Are you ready to be amazed by the captivating colors of a zebrafish? Let's take a closer look at this stunning image captured by Marvin Hubert at Dr. Eliana Stanganello's lab using Yokogawa's CellVoyager CQ1. 🧬 The red part is fluorescence in the background and tumor cells injected IV. 🌟 All brought to you from TRON GmbH in Mainz, Germany. Double tap if you're blown away by this science-inspired masterpiece! 🔬💜 #YokogawaCQ1 #TRONgmbh #Mainz #HighContentScreening #CellVoyager #fluorescence #CancerResearch

【Webinar Announcement】 Register Now!! ✨ What if rapid data analysis could unlock your research's potential to make a significant impact on the world? If you have an interest or look for a fast and accurate solution for your research, please join our webinar “Flow Imaging Microscopy for Subvisible Particle Analysis in Biotherapeutics ". You can check the detail and register here：https://lnkd.in/gH6AdWuz 🗣️Webinar Information 🌐 ■Date: Thursday, Nov 21st   ■Time: 9:00-10:00（CET）13:30-14:30（IST）16:00-17:00（SGT） ■ Venue: ONLINE   *Webinar platform ON24 will be used.  ■Fee: Free of charge  ■ Who should register?  · Workers and researchers in Biopharma-related jobs    · Those who have an interest in flow imaging microscopy (FIM)   · Those who have an interest in building their knowledge and proficiency with this technique    #FlowImagingMicroscopy #FlowCam #Yokogawa #Biotherapeutics #Protein aggregation #Drugformulation

🔬 New Toys in the Lab! 🤖 Thrilled to share some exciting upgrades to one of our screening suites: - Our trusty old VALs and Cytomat got a fresh update with brand-new Thermo Fisher Scientific Spinnaker 3 and Cytomat C10! - We’ve added integrated high-content imaging capabilities with a Yokogawa Life Science CQ1, thanks to our amazing collaborators at Saguaro Biosciences. Let’s connect to discuss how we can support your drug discovery efforts with our live-cell high-content screening capabilities! Institute for Research in Immunology and Cancer of the Université de Montréal #LabAutomation #DrugDiscovery #HighContentImaging #LiveCellImaging #HighThroughputScreening

#FluorescenceFriday Image Title: These Legs Were Made For Swimming Submitted by: Zachary Sanchez Description: This is an image of a copepod collected from the ocean. Orange is membrane stain and brings out the autofluorescence of the chitin exoskeleton. Nuclei have been stained with Hoescht and is shown in a rainbow of depth code to reflect different heights in the image Instrumentation: Yokogawa W1 spinning disk, on a Nikon Ti2 microscope with a 60x oil objective, and Hamamatsu Fusion BT camera. Learn more about the CSU-W1 here, https://lnkd.in/gvn-U-te

【On-demand Webinar Announcement !!】 Looking for a fast and accurate solution for aquatic research or monitoring? Please join our webinar, “Flow Imaging Microscopy for Aquatic Applications"! You can check the detail and register here. https://lnkd.in/gyzBi38Y ■Webinar Information ・Period: Aug 9th ~ Oct 31st ・Related Product: FlowCam Cyano ・Fee: Free of Charge ■Who should register?  ・Workers and researchers in water-related jobs  ・Those who have an interest in flow imaging microscopy (FIM)  ・Those who have an interest in building their knowledge and proficiency with this technique

It was a blast to be at the iSCMS congress in Copenhagen, Denmark! We had fascinating discussions about mass spectrometry. #MassSpectometry #iSCMS #copenhagen #ss2000 #cellmanipulation

We are thrilled to announce that James Hayes has taken 2nd place in the Vanderbilt Life is Beautiful Image Competition using the incredible CSU-W1 Spinning Disk Confocal with a SoRa Confocal Scanner Unit. Hayes’ research focuses on how the beating muscle cells of the heart produce a contractile force. The human heart has thousands of cardiac myocyte cells like the one shown in the image to drive your heartbeat. The primary structures pictured in the cell are known as sarcomeres, which are the contractile units of muscle. The darker purple in the image is sarcomere actin filaments stained with phalloidin. The lighter gold and yellow colors are myosin filaments stained with an antibody. Myosin filaments pull on the sarcomere actin filaments to produce force, driving the heartbeat. Microscope: Nikon CSU-W1 Spinning Disk Confocal with SoRa Objective lens: 100X oil Microscopy technique: Fluorescence microscopy, super-resolution microscopy

[Join us TODAY] Exchange of Experience 2024（EoE2024）  Date: October 29th ~ October 31st Venue: Okazaki Conference Center Official website: https://lnkd.in/eP_8Acpd We look forward to seeing you there. (Product Information) CellVoyager High-Content Analysis System CQ3000 https://lnkd.in/gpHfK8MM OpreX Informatics Manager   https://lnkd.in/gPGeTU5s

Exciting News! Yokogawa's CQ3000 High-Content Analysis System has been selected as the winner of the 2024 Pharma Innovation Awards by Pharma Manufacturing! This award celebrates technologies that drive improvements in risk reduction, product quality, and manufacturing efficiency. We are honored to be recognized for our commitment to delivering high-speed imagers that consistently achieve exceptional results. Huge thanks to Pharma Manufacturing and its advisory board for this meaningful recognition! Learn more about the CQ3000 here, https://lnkd.in/egsK6S6G 2024 Pharma Innovation Award Winners, https://lnkd.in/eZMAjTv6