Good news, we have expanded our payment options in the Bruker Store to all technologies and all countries worldwide*! In addition to the credit card, you can now complete your purchases using Purchase on Invoice. Read more: https://lnkd.in/d9wAKKmn *Magnetic Resonance, Preclinical Imaging, Mass Spectrometry, Diffractometers and X-ray Microscopes and Elemental Analyzers: All countries *Infrared, Near Infrared and Raman: Austria, Canada, Denmark, Finland, Germany, Iceland, Norway, Sweden, United Kingdom, USA #Bruker #BrukerStore #MagneticResonance #PreclinicalImaging #InfraredSpectroscopy #NIR #Raman
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Cryogenic Transmission Electron Microscopy (Cryo-TEM) has become more and more prevalent as a means to image the ultra structure of challenging biological and soft matter samples down to the low nm scale. The advent of new electron cameras and detectors has meant beam sensitive materials can now be visualised more reliably with reducing detrimental effects. Our spotlight on cryo-TEM imaging of liposomes explains more about howthe fantastic combination of a high performance camera and specialist sample preparation enables fantastic characterisation. #TEM #electronmicroscopy #liposomes #cryoem #imagingtechnology
✨ Does your business require TEM services? Check out our new Technique Spotlight and get in touch! ✨ Cryo-Transmission Electron Microscopy was used to assess the size and morphology of liposome formulations containing Vitamin C. Lipid liposomes are used to slow down the release of Vitamin C into the body. Cryo-TEM (at around -175C) is used to retain the native structure of the liposomes during imaging. Size analysis of the liposomes captured during imaging found the sample was non-homogeneous and this extends the release rate of the vitamin encapsulated within. Imaging was performed by Dr Julie Watts using the JEOL EUROPE 2100F Transmission Electron Microscope equipped with a Gatan Inc. 626 cryogenic holder. 📌Find out more about our commercial services below! 🌐https://lnkd.in/ewTiJr3Q ✉ nmcs@nottingham.ac.uk
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Join Thermo Fisher Scientific's next #semiconductor webinar on March 26 (Americas) / March 27 (Asia Pacific) to see how the Thermo Scientific Metrios 6 (S)TEM can help overcome challenges associated with measuring the critical dimension and compositional distribution of beam-sensitive DRAM capacitor structures. Learn about: - Interfacial diffusion and distribution of high-k material within DRAM capacitors during STEM-EDS data collection - The effect of the electron beam and its impact on #metrology characterization - Strategies to optimize EDS data collection with minimal beam damage, high-throughput, and reproducible metrology
Automated STEM-EDS Metrology and Characterization of DRAM Capacitors | Thermo Fisher Scientific - US
thermofisher.com
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Join Thermo Fisher Scientific's next #semiconductor webinar on March 26 (Americas) / March 27 (Asia Pacific) to see how the Thermo Scientific Metrios 6 (S)TEM can help overcome challenges associated with measuring the critical dimension and compositional distribution of beam-sensitive DRAM capacitor structures. Learn about: - Interfacial diffusion and distribution of high-k material within DRAM capacitors during STEM-EDS data collection - The effect of the electron beam and its impact on #metrology characterization - Strategies to optimize EDS data collection with minimal beam damage, high-throughput, and reproducible metrology
Automated STEM-EDS Metrology and Characterization of DRAM Capacitors | Thermo Fisher Scientific - US
thermofisher.com
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Join Thermo Fisher Scientific's next #semiconductor webinar on March 26 (Americas) / March 27 (Asia Pacific) to see how the Thermo Scientific Metrios 6 (S)TEM can help overcome challenges associated with measuring the critical dimension and compositional distribution of beam-sensitive DRAM capacitor structures. Learn about: - Interfacial diffusion and distribution of high-k material within DRAM capacitors during STEM-EDS data collection - The effect of the electron beam and its impact on #metrology characterization - Strategies to optimize EDS data collection with minimal beam damage, high-throughput, and reproducible metrology
Automated STEM-EDS Metrology and Characterization of DRAM Capacitors | Thermo Fisher Scientific - US
thermofisher.com
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Join Thermo Fisher Scientific's next #semiconductor webinar on March 26 (Americas) / March 27 (Asia Pacific) to see how the Thermo Scientific Metrios 6 (S)TEM can help overcome challenges associated with measuring the critical dimension and compositional distribution of beam-sensitive DRAM capacitor structures. Learn about: - Interfacial diffusion and distribution of high-k material within DRAM capacitors during STEM-EDS data collection - The effect of the electron beam and its impact on #metrology characterization - Strategies to optimize EDS data collection with minimal beam damage, high-throughput, and reproducible metrology
Automated STEM-EDS Metrology and Characterization of DRAM Capacitors | Thermo Fisher Scientific - US
thermofisher.com
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A very cool image I took of fibrillar collagen in the breast tumor-stroma interface 💜💜! Today was my last day of imaging a data set of 400+ patient samples, and I think this was a good note to end on. This will definitely be a figure in my next publication! Second Harmonic Generation (SHG) image taken with a Chameleon Ti:Sapphire laser (Coherent Corp.) on a Scientifica laser scanning microscope (810nm excitation, 405/30nm emission filter)
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The Corning LifeScience #Videodrop utilizes the principles of interferometry in conjunction with microscopy to sense, detect, characterize, and track single nanoparticles in real time
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🔬 Exploring Simultaneous ATR mid-IR & Fluorescence Spectroscopy with art photonics GmbH 🔬 We are excited to share our new Application Note detailing the innovative multimode fiber optic probe for simultaneous spectroscopic analysis. Key Advantages: 💠 Simultaneous Measurements: This probe allows for the concurrent use of Fluorescence and Attenuated Total Reflection (ATR) Mid-IR spectroscopy, offering comprehensive chemical information from a single measurement point. 💠Same-Point Analysis: Measuring at one single location, the probe delivers precision in its measurements, essential for non-homogeneous samples such as biological tissues. 💠In-Line Measurement: Designed for direct use in area of interest, the probe facilitates real-time, in situ analysis without the need for sample preparation. Discover how combining spectroscopic techniques enhances analytical capabilities, especially in challenging fields like medical diagnostics. 📄 Read the full Application Note attached to learn more about this cutting-edge technology. #Spectroscopy #Fluorescence #MidIR #InLineAnalysis #Research #AnalyticalChemistry #artphotonics
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Webinar: Combining Fluorescence Microscopy and 3D reconstruction to investigate neuron-glia interaction in different neurological diseases
I'm giving a webinar next month! Want to learn how to do 3D high-resolution brain microscopy analysis? Register using the link below; it is free! https://lnkd.in/gT2MwHdQ Oxford Instruments plc
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If you are interested in editing a special issue or serving as Editorial Board Member or contributing papers to Symmetry, Please contact me.
#Article "Longitudinal Observation of Asymmetric Iron Deposition in an Intracerebral Hemorrhage Model Using Quantitative Susceptibility Mapping" is available online. 💡 Authors: Tsuji, K.; Onishi, R.; Sawaya, R.; Arihara, N.; Ueda, J.; Saito, S. 📑 Free full text: https://lnkd.in/gPhHEAbN 📚 Keywords: intracerebral hemorrhage model; 7-Tesla magnetic resonance imaging; quantitative susceptibility mapping
Longitudinal Observation of Asymmetric Iron Deposition in an Intracerebral Hemorrhage Model Using Quantitative Susceptibility Mapping
mdpi.com
