Refeyn’s Post

🗓️ Save the date: January 25th 2024 5.00pm GMT  (7.00pm EET, 6.00pm CET, 12.00pm EST, 11.00am CST, 10.00am MST, 9.00am PDT) Are you wondering how single molecule techniques, such as Fluorescence Correlation Spectroscopy could help take your research to the next level? Do you struggle to get sufficient spatio-temporal resolution to answer the complex questions you’re asking? 🔬✨ We’d love for you to join us for a seminar featuring Dr. Joëlle Goulding, Research Fellow in Advanced Microscopy at the University of Nottingham. Let’s discuss how FCS can be applied to live and diverse samples to unlock the mysteries surrounding cell membranes. Hear about techniques including using the effect of drug stimulus to unravel the regulation of receptors, how they are organised, and how this dictates cellular responses. 📍 Zoom Link: https://lnkd.in/e9dEMPXK 🚀 Don't miss out! Share with colleagues and friends. Any questions, reach out to us directly 🔬 See you there! #ExcitingSeminar #ExcitingInstruments #FluorescenceCorrelationSpectroscopy #ResearchInnovation #CellMembrane

I can finally share that we have published my first paper out of the Laboratory of Protein Conformation and Dynamics with Dr. Jennifer C. Lee. We took on the challenge of studying intracellular hydration using the bend-libration of water. We were able to generate hydration maps that beautifully visualize the complexity of intracellular water organization. This approach has the potential for future developments in biomedical research and diagnostics. Proud to be a part of such exciting work! #biomedicalresearch #water #Ramanspectroscopy #hydrationmaps #intracellularhydration

📺 [WEBINAR] Advancing In Vivo Insights: Mastering Bioluminescent Imaging for Dynamic Biological Studies 📅 Wednesday, October 25, 2023 🕔 5pm CEST 👨🏫 Thomas Kirkland, PhD, Sr Scientific Investigator, Head of Advanced Technology Chemistry Research, Promega 👨🏫 Andrew Van Praagh, PhD, Lead Applications Scientist, Spectral Instruments Imaging 👉 In this webinar, you will learn how: * Essential factors like desired sensitivity and throughput will influence your BLI design. * To evaluate equipment to ensure low light detection and quantification. * NanoLuc® Luciferase broadens the scope of bioluminescent reporter applications for novel in vivo BLI models, including multiplexed reporter imaging experiments. 🎟️ Registration: https://bit.ly/3PXIPhy

This research improves the #physical and #antibacterial characteristics of #nanocomposites (NCs) by a novel approach of introducing #AgNPs into the #polymer blend. Nano Biomed. Eng. https://lnkd.in/gYHBNnPu

😉 Come on！Welcome to read, download and share this new article~

For those interested in non-destructive analyses for measuring/observing function. Live cell imaging like those from EMSL’s NanoLive and Lattice Light Sheet microscope offers a fantastic means to overserve phenotypic changes seen in morphology and interactions dynamically to better understand and predict function when perturbed…

https://lnkd.in/gjkqi7Ky Perspective on nanomedicine based on discussions at the "Mechanisms and Barriers in Nanomedicine" conference in Golden, Colorado in May 2023. It took a year to put it together, combine and reconcile different viewpoints, revise, and then revise again and again!

Please, share: A free society journal cannot be predatory. Publish your work in PRNANO! https://lnkd.in/eDX4sRi PRECISION NANOMEDICINE is a free, open-access, peer-reviewed, international journal indexed by Scopus that promotes all aspects of nanomedicine from basic research through commercialization and publishes original manuscripts, reproduction studies, and negative results. #nanomedicine #journals #nanotechnology #nanoscience #nanoparticles #materialsscience #medicine #functionalmaterials #nanomaterials #CLINAM #nanobiotechnology

How does #microwave-assisted synthesis enhance the #photocatalytic power of TiO2 #nanoparticles? Nano Biomed. Eng. https://lnkd.in/gqcZSx3k

Our recent publication is now available in Elsevier's Talanta journal! " Design of a rapid electrochemical biosensor based on MXene/Pt/C nanocomposite and DNA/RNA hybridization for the detection of COVID-19." We introduce the novel DNA electrochemical sensor for the detection of SARS-CoV-2. ·         MXene/Pt/C nanocomposite was used as a signal amplifier. ·        The biosensor exhibited excellent sensitivity, with a detection limit of 60 copies/mL." ·        The biosensor demonstrated 97.87% specificity and 100% sensitivity for 192 clinical samples using statistical analysis. ·        The biosensor was applied to test diverse matrices, including nasopharyngeal swabs, serum, and saliva samples ·        In order to facilitate the use of this sensor and speed up the process similar to the point of care test, nasopharyngeal samples without the whole extraction processes have been analyzed. I am honored to have collaborated with Monireh bolourinezhad, under the invaluable guidance of Dr. Seyed Mohammad Taghdisi and the late Dr. Majid Rezayi. Our journey has been shaped by his wisdom, expertise, and unwavering dedication. This research work, now featured in Elsevier's Talanta journal, stands as a testament to his profound influence on shaping the future of scientific discovery and innovation. His legacy continues to inspire and drive our pursuit of knowledge in his honor. #biosensor #covid19 #electrochemical #nanotechnology For more in-depth insights into our research, please refer to the link provided below: https://lnkd.in/e5w4bYB7