Motic Scientific’s Post

As evidenced by the EssentiAL trial that was published last year, using ICG fluorescence for imaging reduced anastomotic leak rates by 4.2%. If you are interested in utilizing ICG in your procedures, please reach out to us at info@activsurgical.com. To read more about the published study, check it out here: https://lnkd.in/ewmaTH7a. #ICG #FGS #fluorescence #ActivSurgical #advancedvisualization

😳Are you imaging stressed cells on a microscope or are you controlling physiological conditions appropriately? 🤔 Don’t forget our #webinar with Okolab is TODAY! 3:30pm Melbourne time with Luca Lanzaro, CEO at Okolab It is sure to be an interesting overview on how to keep cells alive on a microscope - not just controlling temperature, but also humidity and gas. Registration details below 👇

#Earwax is daily life for the otorhinolaryngologist.  The potential diagnostic value of cerumen as a new and easy to gain form of a #liquid #biopsy remains largely unexplored. Colleagues from the Leibniz-Institut für Photonische Technologien and Friedrich-Schiller-Universität Jena show now how they could help us in the future to may be analyze diseases via cerumen #diagnostics using a portfolio of vibrational approaches such as conventional #Raman #spectroscopy or surface-enhanced Raman spectroscopy (#SERS) together with advanced vibrational spectroscopy techniques such as coherent Raman scattering (#CRS), i.e. broadband coherent anti-Stokes Raman scattering (#CARS) or stimulated Raman scattering (#SRS), as well as optical photothermal infrared (#OPTIR) spectroscopy. Universitätsklinikum Jena is happy to be the clinical partner. Photonics in Europe CRIMSON Project Abbe School of Photonics https://lnkd.in/ez4NuDw7

Did you know that leading researchers around the world trust flexible, FPGA-based Moku technology to accelerate SRS #microscopy and #spectroscopy techniques? 🙌 🔎 Explore how lock-in detection is implemented in a state-of-the-art SRS setup at Boston University. 🔭 Learn how University of Alberta researchers are using a software-defined lock-in amplifier and #laser spectroscopy techniques to advance the search for #darkmatter. 🔬See how scientists at the University of Washington are using multichannel lock-in detection to strengthen signal detection in SRS microscopy experiments. Read our ebook to learn more: https://hubs.ly/Q02mgCQG0

"Stimulated Raman scattering for the analysis of nanoplastics" In collaboration with LaserLab Amsterdam, Natalia Ivleva's team uses high-resolution stimulated Raman scattering to detect individual nanoplastic particles in the flow. ➡️https://ow.ly/8TMY50SSVnL #nanoplastics #quantification #FlowBasedAnalysis #RamanMicrospectroscopy #OpticalTweezers

New image from our studio! Electron-driven chiral dynamics🌀⚛️ Vincent Wanie, Bernard Pons, Francesca Calegari and colleagues published a paper on how chirality can be changed using UV light. They studied how the motion of electrons in chiral molecules can affect reactivity of these molecules. For this purpose they devised a new UV laser technology that produce ultrashort 2fs pump pulses! “An electric current that surrounds a chiral molecule with a clockwise directionality (blue) can, when pumped with an ultrafast UV pulse, reverse to a counterclockwise orientation (yellow) in less than 10 fs, the time scale at which most chemical reactions occur” Nature Magazine Center for Free-Electron Laser Science Hamburg Université de Bordeaux Learn more: https://lnkd.in/e2_93C58 #chirality #electrons #uv #laser #sciart #ella_maru_studio #journalcover #phdlife #phd #sciencegirl #scicomm #womaninscience #medicalartist #sciencegirl

#Article Rational Design of Ratiometric Fluorescent Probe for Zn2+ Imaging under Oxidative Stress in Cells by Yaheng Li, et al. https://lnkd.in/ezgv-kTx   MDPI Nanjing University #oxidativestress #fluorescenceimaging #BODIPY #ratiometricprobe This article belongs to the Special Issue Chemosensors for Ion Detection https://lnkd.in/e5T7ESGb

“Today there are dozens of ASP protocols for #TEM, #vEM, immunogold labeling, and other applications to meet the needs of today’s EM labs by reducing hands-on labor from days to about 1 hour for nearly any type of preparation protocol.” Four separate labs, four diverse tissues, and four different protocols. All pristine results. Read more in this Microscopy Today article on “Creating Efficient Workflows for Electron Microscopy Laboratories with Automated Specimen Preparation”:  https://lnkd.in/gF6GGFPX #samplepreparation #electronmicroscopy #mPrepASP #MicroscopyToday

Invitrogen™ EVOS™ M5000 Microscope: Say Goodbye to Tedious Cell Searching! https://lnkd.in/gKwVUJBp Enhance your research efficiency with the Invitrogen™ EVOS™ M5000 Microscope. We understand the frustration of manual cell searching, and that's why we've developed a solution that will revolutionize your workflow. With the EVOS™ M5000 Microscope location intelligence, you can effortlessly track and return to precise stage locations, saving you valuable time and streamlining your research process. No more wasted minutes searching for specific cells or fields of view. Now you can easily navigate through your samples with precision.   #EVOSM5000 #ImagingSystem #LocationIntelligence #ResearchEfficiency #TimeSaver #Research #Innovation #ScientificAdvancements #thermofisherscientific #microscopy

Our HiCATT intensifier was integral to a recent study that introduced a novel method for measuring velocities in high-enthalpy hypersonic flows using Nitric-oxide ionization induced Flow Tagging and Imaging (NiiFTI). Conducted at Texas A&M University, the research focused on Mach 8.5 and Mach 10 flows. The HiCATT, paired with a Shimadzu HPV-X2 camera, enabled the capture of high-speed fluorescence data at 100 kHz, allowing for precise, single-shot velocity measurements up to 2.5 km/s in challenging, high-temperature environments. Read the full publication here: https://lnkd.in/ebXqw8jD #HiCATT