GeroScience’s Post

Quantifying neuroinflammation within deep gray matter in small vessel disease using diffusion tensor based free-water imaging: a longitudinal study Frontiers https://lnkd.in/gR3A4J89

🔬 Discover the Power of IBEX in Immunofluorescence Are you looking to elevate your immunofluorescence experiments? Our latest blog explores how Iterative Bleaching Extends (IBEX) technology can enhance multiplex imaging. Here's what you'll discover: ✅ What IBEX is and how it works ✅ Its role in improving immunofluorescence ✅ Practical tips for your experiments 👉 Read the full blog here: https://bit.ly/49AoJnb Written by Aanandita Kothurkar and Natalia Jaroszynska from UCL. #Immunofluorescence #MultiplexImaging

Innovations in neuroimaging have made it a key tool in the clinical assessment and differentiation of parkinsonian syndromes. Learn how to interpret imaging biomarker results in this interactive, on-demand course: https://loom.ly/d3-oWTU

Exploring the Role of Molecular Imaging in Diagnosing Fever of Unknown Origin (FUO) 🔍 Fever of Unknown Origin (FUO) presents a significant diagnostic challenge, with a broad differential diagnosis and the potential for serious underlying conditions. But what if molecular imaging could offer new insights and help pinpoint the cause more effectively? I recently came across an insightful article on Molecular Imaging of FUO, which dives deep into the latest advancements in imaging technologies, such as PET and SPECT, and how they are revolutionizing the way we approach these complex cases. https://lnkd.in/eXaW8pFu

Color separation in immunohistochemistry (IHC) is crucial for analyzing biomarkers in tissue samples, such as distinguishing the DAB chromogenic signal (which appears brown) from the Hematoxylin counterstain (which stains nuclei blue). To achieve this separation, the algorithm follows these steps based on a referenced paper: 1 ) Establishing a stain deconvolution matrix. 2 ) Converting the RGB image to optical density (OD) space. 3 ) Deconvolving the image to isolate the different stains. 4 ) Normalizing the individual channels. This collaborative effort is led by my colleague Behnoud Shafizadeh, leveraging real-world datasets for accurate digital pathology analysis. #medicalimaging #computervision #digitalpathology

Advanced imaging approach enables detailed 3D RNA analysis of intact mouse brains and is seamlessly adaptable to other tissues like the kidney, heart, and lung https://lnkd.in/eh8GB86Z #microscopy #3Dimaging #brainimaging #RNAanalysis #TRISCO #wileyanalyticalscience Per Uhlén Shigeaki Kanatani

Can 18F-PET Imaging Diagnose Multiple Sclerosis? Let’s find it out together by following the following link: https://lnkd.in/dt9gB7UD This is my second short news but you can read daily news on the ChemistryViews website!

In vivo live imaging & spatial transcriptomics reveal immune microniche interactions that support mouse regulatory T-Cells. This knowledge may contribute to the development of tolerance-inducing therapies. https://ow.ly/sALL50RbGYu

Explore the unique characteristics of dehydrated human umbilical cord particulate (dHUCP) for wound care through advanced testing methods including extracellular matrix quantification, SEM imaging, in vitro cell performance, a porcine full-thickness wound study, and more! https://bit.ly/3WeDUvX

When BAMF Health began treating patients in 2022, it was the culmination of a novel idea: an entire institution dedicated to #theranostics -- the fusion of therapy and diagnosis to treat patients more precisely. In this episode of The Imaging Wire Show, we talked to BAMF founder and CEO Anthony Chang, PhD, about how he made his theranostics vision a reality. Check it out at https://lnkd.in/epQEKsYA. Thanks to United Imaging - North America for making the connection. #radiology #medicalimaging #oncology