Particle Engineering Centre’s Post

💖 💖 Read the latest research " Methods of Liposomes Preparation: Formation and Control Factors of Versatile Nanocarriers for Biomedical and Nanomedicine Application" by Domenico Lombardo You can find it at: https://shorturl.at/knpyB

Extracellular Vesicles (EVs) are garnering significant scientific interest, revolutionizing nanomedicine and precision medicine❗ EVs, reflecting the parent cell’s state, are ideal for non-invasive diagnostics and therapy, holding great promise for transforming disease comprehension and treatment.😲 Beckman Coulter Life Sciences has also published a very interesting article and organized a webinar on this subject.👍 In this article, "Developments in Extracellular Vesicle (EV) Research Present a Promising Future", published in Technology Networks, Matthew Goff, Beckman Coulter Product Manager talks about the following topics: ✅Traditional challenges in EV research ✅Emergence of new technologies ✅The importance of workflow automation ✅How nanoscale technology is accelerating EV research ✅The benefits of analysing these tiny particles for patient outcomes When the webinar, presented by Alfonso Blanco from University College Dublin focused on the #CytoFLEX nano Flow Cytometer and its application in extracellular vesicles (EVs) research. 🧪 Discover them on our website 👉 https://ow.ly/q68s50SQSP4 #ExtracellularVesicles #ScientificResearch #Innovation #Technology #Diagnostics #Partnerships #LabWorkflows #FutureOfScience #Extravesicles

🚀 Seeing Beyond Labels: A Mantra for Innovation and Life 🧬 “We do not see what we are not looking for.” This idea deeply aligns with the challenges of live cell monitoring and quality control in cell therapy. By shifting our perspective and leveraging optical methods, we can uncover the unseen and gain a deeper understanding of cell behavior. 🔍 In our latest review (co-authored with Mathias Charconnet), we explore the current methods and advancements in (label-free) optical approaches to interrogate cells. From Raman spectroscopy to advanced imaging, the potential for discovery is immense. 🌟 📖 Check out our work published in ACS Applied Engineering Materials: https://lnkd.in/dN6HHbrU and stay tuned for an exciting new initiative coming next year with great proSPECT at CIC nanoGUNE! Let’s continue seeing beyond labels—and limits. 💡

Silver and gold nanoparticles are revolutionising analytical chemistry, enhancing sensitivity and precision in techniques like sensors and spectroscopy. few years ago I published work about; • Silver Nanoparticles significantly boost SERS, enabling ultra-sensitive molecular analysis. • Gold Nanoparticles are crucial in colourimetric assays, especially for detecting medical biomarkers. I can synthesise a large amount in just 30 seconds ( spherical, 50nm @SPR 420nm)—what about you? What’s your preferred method, and why? I’d love to hear how it benefits your research. #Nanotechnology #AnalyticalChemistry #Innovation #Research

A recent research article unveils groundbreaking advancements in #SuperResolution imaging techniques, specifically #StructuredIlluminationMicroscopy (SIM) 🔬 The researchers developed a customisable engineering toolkit, revolutionising the assembly of SIM probes for sub-cellular component detection 🧬 With this novel toolkit, the researchers have customised the CPC (coumarin–phenylhydrazine–carboxyl) molecule, enabling simultaneous monitoring of peroxynitrite and polarity distribution in mitochondria and lipid droplets. 💡The results? Exceptional imaging capabilities under SIM, pinpointing multiple organelles and tracking component distribution with precision🎯 Click to learn more: https://bit.ly/3TGzUnW #CellularDynamics #SIM #BiomedicalResearch #Biotechnology

Exciting Milestone in My Master's Journey! I recently had the opportunity to present a review paper titled "Simulation of Nanoparticles Interacting with a Cell Membrane" during our Modeling and Simulation course at NED University. This presentation explored the interaction of nanoparticles (NPs) with cell membranes—a critical area for applications like drug delivery, nanotoxicology, and immune activation. Key Highlights: 🔸Nano-Bio Interfaces: Understanding how NPs interact at the cellular level is vital for designing more effective treatments. 🔸Simulation Techniques: We discussed methods like All-Atom Molecular Dynamics and Coarse-Grained simulations, which provide insights into nanoparticle behaviour at different scales. 🔸Biomedical Applications: From targeted drug delivery to minimizing toxicity, the role of NP simulations is transformative for advancing medical applications. A big thanks to our course instructor,Dr. Engr. Saima Kashif, for her guidance and insightful feedback throughout the presentation! Her expertise and encouragement made a big difference in deepening our understanding of these complex topics. Looking forward to further exploring the potential of nanoparticles in biomedicine! #BiomedicalEngineering #Nanoparticles #ModelingAndSimulation #DrugDelivery #NEDUniversity #Grateful

Javier Plou and I just published a review article on Optical Monitoring of cell cultures in ACS applied engineering materials. Optical technologies are already revolutionizing the monitoring of cell cultures, in particular in the field of cellular therapies, a topic we discuss in details in our review. If you want to know more go check it out !

Exploring the frontier of #nanotechnology: In-depth insights into the latest advances and #bioactive applications of single-atom #nanozymes！ Nano Biomed. Eng. https://lnkd.in/gERmTuWu

Excited to share our latest publication in Nature Scientific Reports! Our team's paper on 'Microwave-assisted synthesis, characterization, and in vitro biomedical applications of Hibiscus rosa-sinensis Linn.-mediated carbon quantum dots' is now available. Dive into our research findings here: https://lnkd.in/ghGp5tzR #CarbonQuantumDots #BiomedicalResearch #NatureScientificReports #nanoparticles #GreenSynthesis

Episode 137: In this episode, we explore the groundbreaking use of magnetic nanotechnology to safely rewarm frozen tissues for transplant. Scientists have long struggled with the challenge of preserving organs for extended periods. Now, with magnetic nanoparticles, it’s possible to rewarm cryopreserved tissues rapidly and uniformly, reducing the risk of damage. Join us as we discuss the science behind this innovative technique, its potential to revolutionize organ transplants, and the promising future it holds for patients in need. Discover how nanotech is pushing the boundaries of medical science and saving lives. Let’s discuss it! https://lnkd.in/dFU-s_Bh