Azer Scientific’s Post

🔬 Revolutionizing Molecular Imaging with the IPET Technique 🔬 Excited to share new research from the Molecular Foundry at Berkeley Lab! A team of Foundry staff and users has leveraged the IPET (Individual-Particle Electron Tomography) technique to capture 3D images of single nucleosome arrays, revealing the critical angles of DNA linkers within chromatin. Their results offer new insights into the structure of chromatin, deepening our understanding of DNA’s inner workings and the cell cycle. The IPET technique continues to demonstrate its potential to transform how we visualize and study complex molecular structures. 🔗 Read more about this research and the IPET technique here: https://bit.ly/3Xh7cfb #MolecularFoundry #DNA #MolecularImaging #IPET #Nanotechnology #Nanoscience #sciencenews #research

Calling all science enthusiasts! Embark on a captivating journey through the history of fluorescence imaging with #AlexaFluor dyes. Discover their pivotal role in advancing research and innovation. Let's illuminate the past together - https://lnkd.in/grcD6Vbs Question: What breakthrough applications do you foresee for Alexa Fluor dyes in the future of biomedical research and beyond? Let's explore the endless possibilities together! #ScienceHistory #FluorescentTechnology

Calling all science enthusiasts! Embark on a captivating journey through the history of fluorescence imaging with #AlexaFluor dyes. Discover their pivotal role in advancing research and innovation. Let's illuminate the past together - https://lnkd.in/grcD6Vbs Question: What breakthrough applications do you foresee for Alexa Fluor dyes in the future of biomedical research and beyond? Let's explore the endless possibilities together! #ScienceHistory #FluorescentTechnology

Calling all science enthusiasts! Embark on a captivating journey through the history of fluorescence imaging with #AlexaFluor dyes. Discover their pivotal role in advancing research and innovation. Let's illuminate the past together - https://lnkd.in/grcD6Vbs Question: What breakthrough applications do you foresee for Alexa Fluor dyes in the future of biomedical research and beyond? Let's explore the endless possibilities together! #ScienceHistory #FluorescentTechnology

An often overlooked aspect of your image is the metadata describing how it was taken, pixel size, etc. These details are essential for experimental reproducibility and reporting, but are all too easily lost! Take a look at this month's post on metadata for details on the details!

#analyticalchemistry news In the rapidly advancing field of #chemistry, innovative techniques are continually being developed to enhance our understanding and capabilities. One such breakthrough is documented in the latest publication in Analytical #Chemistry by researchers Mahshid Ghasemi, Amy Holmes, Tyron Turnbull, and Ivan Kempson. The study presents a novel method utilising gold nanoparticle detection through two-photon excitation fluorescence lifetime imaging of NAD

Calling all science enthusiasts! Embark on a captivating journey through the history of fluorescence imaging with #AlexaFluor dyes. Discover their pivotal role in advancing research and innovation. Let's illuminate the past together - https://lnkd.in/grcD6Vbs Question: What breakthrough applications do you foresee for Alexa Fluor dyes in the future of biomedical research and beyond? Let's explore the endless possibilities together! #ScienceHistory #FluorescentTechnology

Calling all science enthusiasts! Embark on a captivating journey through the history of fluorescence imaging with #AlexaFluor dyes. Discover their pivotal role in advancing research and innovation. Let's illuminate the past together - https://lnkd.in/grcD6Vbs Question: What breakthrough applications do you foresee for Alexa Fluor dyes in the future of biomedical research and beyond? Let's explore the endless possibilities together! #ScienceHistory #FluorescentTechnology

A new era in biological imaging is upon us! The team at Osaka University has made significant strides in Raman microscopy, overcoming traditional limitations to deliver high-resolution images of biological samples. This breakthrough not only enhances clarity but also preserves the integrity of proteins, paving the way for deeper insights into cellular behavior. Read more: https://lnkd.in/dxvQ6R4c #RamanMicroscopy #HighResolutionImaging #BiologicalSamples #MolecularDynamics #CellularBehavior #MedicalAdvancements #OsakaUniversity #InnovativeResearch #CryofixedMicroscope

ONLINE WORKSHOP - Registration now open 🔬 Next Generation Expansion Microscopy using Magnify with Yongxin (Leon) Zhao, Associate Professor at Carnegie Mellon University 📆 June 6th (The webinar will be held twice to accommodate our global audience) Register your place here: ⏰ 2pm BST/3pm CEST: https://lnkd.in/eGv25riM ⏰ 2pm CT: https://lnkd.in/eRn3yUYi Discover the future of nanoscale biological imaging. This workshop will cover: 🔹Introduction to Magnify for expansion microscopy 🔹Protocols and how it can be used with various biological specimens 🔹How microMagnify can be used for studying pathogen ultrastructures and pathogen-host interactions #ProteintechEvents #Microscopy