OrganoBiotech, Inc.’s Post

🔬 Characterizing ultrasmall nanoobjects: Have you explored SD-TDA? Are you working with nano-objects between 0.2 and 50 nm and looking for a more effective method to characterize them? If you're not completely satisfied with the results from DLS (Dynamic Light Scattering) or NTA (Nanoparticle Tracking Analysis), it might be time to consider SD-TDA (Taylor Dispersion Analysis). This technique enables precise measurement of size and diffusion coefficients, making it ideal for ultrasmall nano-objects and offering higher resolution than traditional methods. 👉 Why choose SD-TDA? • Accurate analysis for nano-objects ranging from 0.2 to 50 nm • High sensitivity to distinguish particles with close size ranges • A complementary method to traditional techniques (DLS, NTA) 💡 Contact us to discuss your needs and see how SD-TDA can help you achieve your goals in nano-object characterization. #Nanotechnology #Nanoparticles #SDTDA #TaylorDispersion #Innovation #Science #Characterization

When looking for an absorbable, biocompatible material for their minimally invasive implant to treat nasal septal deviation, Stanford Byers Center for Biodesign innovation fellows James Kintzing and Dr. Brandon M. (McCutcheon) considered several polymers before selecting polydioxanone. In our latest Medical Design & Outsourcing contribution, the Spirair founders discussed why they picked PDO and what they learned in the process: https://lnkd.in/gubxQqN7

Tornado Raman goes blue… if you can do it with Raman you should do it with Raman;-)

✨ Enjoy the 🅣🅓🅐 Challenge! We will analyze your sample with #TDA for free to allow you to compare with your DLS results on a sample for which you would like a better resolution! 👩🔬 We are excited to demonstrate the great power of #TDA that combines the sensitivity and resolution of electron microscopy (EM) with the simplicity and speed of DLS. 🔬 You will get excellent results for #sizedistribution, viscosity and stability of your challenging <5nm sample with Taylor dispersion analysis! 🧬 ✨ At Nanoscale Metrix, we help the science of ultra-small #nano-objects, following in the footsteps of the pioneers of #Taylor dispersion! 💡It's free and a win-win💡You discover a powerful technology and we understand your science better! #nanomedicine #personalizedmedicine #biopharma #Ultrasmall #NanoObjects #USNO #TaylorDispersionAnalysis #nanoparticles

Photonic biosensors based on evanescent wave detection utilize total internal reflection to detect changes in the refractive index near the sensor surface caused by biomolecular interactions. These biosensors offer high sensitivity, label-free detection, real-time monitoring, and potential for miniaturization. They are commonly used in medical diagnostics, environmental monitoring, food safety, and drug discovery. Examples include Surface Plasmon Resonance (SPR) biosensors, fiber optic biosensors, photonic crystal biosensors, and microresonator biosensors. #3dprinting #photonic #microfluidic

See it all, clearly. Microlit's Cell Culture plates deliver crystal-clear views for reliable microscopy results. Uncompromised clarity, Guaranteed. Buy Now: https://lnkd.in/eANGyy5M #PlasticusByMicrolit #Microlit #CellCulture #EnablingInnovations #ExperiencePrecision 

Discover Revvity for Life Sciences PhenoVue™ - your pathway to clearer insights in #CellularImaging. 🌟 Unlock faster results, simpler workflows, and reliable analysis with our suite of reagents. Whether you're studying complex 3D #CellCulture or analyzing cellular components, PhenoVue offers cell painting kits, fluorescent-labeled antibodies, and more. Paired with Revvity's #HighContentScreening instruments and image analysis software, achieve breakthroughs with ease and precision. Step up your research game with #PhenoVue - because better science starts here: https://bit.ly/3VXLdIe #Revvity #mygulfscientific #gulfscientificcorporation

Our latest case study "SyMRI for Advanced MS Diagnosis Beyond Conventional Methods" delves into the application of our cutting-edge imaging solution, SyMRI and SyMRI 3D, in the evaluation and tracking of MS progression. Highlighting the pivotal role of SyMRI in enhancing imaging precision, this study presents comprehensive insights into its efficacy and contributions beyond conventional diagnostic methodologies.💡 Read the full case study now >> https://loom.ly/W114neA #SyMRI #qMRI #MRI #CaseStudy #Clinical #SyMRI3D

Upcoming #Webinar: Mastering Microphysiological Precision with Omi - Automated Fluid Control for Organ-on-a-Chip Models Why Attend? Join us to explore the latest advancements in organ-on-a-chip technology and discover how Fluigent’s Omi can facilitate your experimental setups. Learn how the Omi streamlines medium perfusion and recirculation, offering an automated, precise solution that integrates seamlessly with incubators and microscopes. What You'll Learn: 🔬 Recent Developments: Get insights into the latest advancements and challenges in organ-on-a-chip technology. ⚙️ Omi Capabilities: Learn how Omi simplifies and automates complex experiments via perfusion, recirculation, injection, and sampling capabilities. 📈 Real-World Impact: See how Omi automates long-term recirculation with precise flow control, enhancing cellular gut-on-a-chip models and endothelial cell cultures under controlled shear stress. When? 🗓️ 19 September 2024 – Choose your session: 10:00 AM CEST (Paris) / 9:00 AM BST (London) / 4:00 PM CST (Beijing) https://bit.ly/3XDL5jj 4:00 PM CEST (Paris) / 3:00 PM BST (London) / 10:00 AM EDT (New York-Montreal) https://bit.ly/3ZghL3c Don’t miss out on this opportunity to elevate your organ-on-a-chip research! Register now! #OrganOnAChip #Microfluidics #ResearchInnovation

Photonic biosensors based on evanescent wave detection utilize total internal reflection to detect changes in the refractive index near the sensor surface caused by biomolecular interactions. These biosensors offer high sensitivity, label-free detection, real-time monitoring, and potential for miniaturization. They are commonly used in medical diagnostics, environmental monitoring, food safety, and drug discovery. Examples include Surface Plasmon Resonance (SPR) biosensors, fiber optic biosensors, photonic crystal biosensors, and microresonator biosensors. #3dprinting #photonic #microfluidic