ADELIS Technologies’ Post

🔬 Breakthrough in Bacterial Imaging! 🦠 The CELENA® X High Content Imaging System by Logos Biosystems, combined with innovative sample preparation, revolutionizes high-resolution bacterial imaging. 🧫 Key benefits: 🔹Minimizes Brownian motion 🔹Gathers bacteria into one focal plane 🔹Produces sharper, more precise images This method overcomes traditional challenges in bacterial visualization, offering researchers a simple yet powerful tool for microbial studies. Want to learn more about this game-changing technique? Check out the latest application note! 🔬🧬 #MicrobialImaging #LifeScience #ResearchInnovation #BucherBiotec

Yeast cells and short hyphae in a wet mount of culture microscopy Mag.1600X

The #fluorescence microscopes are an integral part of #cellbiology labs these days with their applications ranging from localization of #proteins to determination of intracellular ion uptake. Lets learn a little about the innerworkings. https://lnkd.in/gpJtf3A4

View the updated 2024 presentation of our services and recent case studies! #crystallography #crystallization #nmr #drugdiscovery #antibodies #biosimilars https://lnkd.in/dXEXqTsC

Identify PK/PD in whole animals without the guesswork. Discover how CFT is revolutionizing imaging with high resolution 3D anatomical and fluorescence images. Discover more: https://bit.ly/4fKLEhZ #AAV #fluorescence #CFT #genetherapy #biotechnology

Out of this world – Hidden biofilms under the microscope The application of fluorescently labelled lectins as probe for glycoconjugates in combination with confocal microscopy revealed for the first time the extracellular matrix of fully hydrated cave biofilms also known as snottites. ➡️https://ow.ly/SPvl50QGBJh #microbialBiofilms #snottites #extracellularPolymericMatrix #lectins #glycoconjugates #bioanalysis #cellAnalysis #confocalMicroscopy

Dear colleagues and friends of digital genomics,   We would like to invite you to the first in an upcoming series of webinars, hosted by the @Institute of Applied Biotechnologies and featuring the revolutionary technology of Optical Genome Mapping.    🌿 Topic: Reveal the Invisible with Optical Genome Mapping Technology 🎤Presented by: Regina Bezděková Fillerová, Ph.D., OGM Application Specialist of IAB 📅 Date: 27 August 2024 🕐Time: 13.30 CET 👉 Registration: https://lnkd.in/dwuBNbeJ Come with us into the unexplored regions of the genome with Optical Genome Mapping. Join us and discover how this technology is revolutionizing the field of cytogenomics, detecting structural variants with digital precision and revealing those previously undetectable. #Webinar #Biotechnology #Genomics #OpticalGenomeMapping #IAB #Research #Genetics

Our preprint on modelling chromosome instability and structural variation in now on bioRxiv! Work led by BingXin L. https://lnkd.in/eiYuRcSd We developed a cell-cycle dependent break/repair/replication computational model and fit it to single-cell genomic data. The model captures the essentials of what happens in G1, S, G2 and M when double strand breaks (DSBs) occur. When there are no cellular checkpoints DSBs are allowed to propagate into S and G2. When these are joined via NHEJ they causing (sometimes massive) rearrangement. What's really cool about this model is that is unifies various phenomena including chromothripsis, ecDNA, breakage fusion bridge cycles and seismic amplification. And shows that NHEJ is sufficient to give rise to all the different types of rearrangements. Please get in touch if you are interested in this work, we are open to collaborations!

Bioinformatic analysis reveals the association between bacterial morphology and antibiotic resistance using light microscopy with deep learninghttps://lnkd.in/e8dxa8n2