Javelin Biotech’s Post

Optimized for the blood brain barrier (BBB)

idenTx uses human cells to create immunocompetent 3D organ, tissue and disease models in vitro. Reach out to MatTek Life Sciences or AIM Biotech to get started with our non-animal preclinical models for Neurobiology and Cancer. #biotechnology #celltherapy #drugdevelopment #drugdiscovery and #precisionmedicine

DNA-encoded library (DEL) technology accelerates #drugdiscovery by using vast libraries of tiny #molecules, each tagged with #DNA for rapid identification and sorting. Enhanced with dynamic libraries, a path-coding algorithm, binding profiler validation, and MicroMapping for precise #spatialanalysis, this approach streamlines the search for new medicines. Learn more in this on-demand webinar.

🔬 Elevate Your Research with idenTx40 🔬 Unlock the power of high-throughput experiments with AIM Biotech's idenTx40 plate. Designed for efficiency and compatibility with automation solutions, idenTx40 allows you to conduct 40 experiments simultaneously, transforming the way you perform compound screening in 3D cell cultures. 🌐 Easy Setup: Seamlessly integrate idenTx40 into your workflow and start your vasculogenesis or angiogenesis assays without a hitch. 📊 Advanced Screening: Benefit from the capacity to screen multiple compounds rapidly, ensuring your research moves at the speed of innovation. 🤝 Expert Support: Our scientific support team is just a conversation away, ready to assist you in setting up your assays – free of charge. Let's chat about how idenTx40 can accelerate your research goals. Contact us today for a detailed discussion on the future of your experiments. #idenTx40 #HighThroughputScreening #3DCellCulture #AutomationInScience #Vasculogenesis #Angiogenesis #AimBiotech #ScientificInnovation

We are offering molecular docking and simulation services. Follow DecryptOmics Biotech for more updates. For any queries contact us at contact@decryptomics.com. #docking #simulations #moleculardynamics #decryptomicsbiotech #machinelearning #bioinformatics #bigdata #AI #freelancers #services #workshop #trainings

A barrier to wider adoption of 3D cell models is the labor-intensive nature of some of the processes involved. However, by using #labautomation, many of these processess can be simplified and automated. In this application note, we demonstrate how the BioAssemblyBot 400 and the ImageXpress Micro Confocal system were combined into an integrated system to dispense, monitor, perform drug screening assays, and image and analyze data from 3D cellular models. https://ow.ly/VYPG50PGjki

Explore the Future of Drug Discovery with Decryptomics Biotech! Unlock the potential of molecular docking and simulations for groundbreaking drug research. Our cutting-edge services pave the way for precision medicine.  ⚙ Customized Solutions: Tailored molecular simulations to your project's needs. ⚙ Advanced Technology: State-of-the-art software for accurate predictions. ⚙ Data-Driven Insights: Make informed decisions with our detailed analyses. #drugdiscovery #moleculardocking #simulationsservices #precisionmedicine #decryptomicsbiotech  Follow DecryptOmics Biotech for more updates

The Tissue Chip for Drug Screening program supported by NCATS has helped develop #TissueChips that model the structure and function of human organs so they can be studied. Our friend Chip is your guide on how these miniature models of tissues and organ systems were created and how they are impacting scientific discoveries: https://go.nih.gov/YngTNRr

Did you know our ECLIPSE Ji with NIS-Elements Smart Experiment (SE) software is available with up to 13 automated, AI-driven assays? In this #Microscopy #AppNote, we explore the #Endocytosis assay for quantifying the endocytic activity of cultured cells based on uptake of fluorescently labeled dextran: https://bit.ly/4bdVbv1 #DrugDiscovery #Imaging #NikonMicroscopy

When researchers are making a new drug, they face years of work in development and trials. QUT researcher Laura Bray wants to cut down the time it takes to develop life-saving drugs. By developing drugs in 3D using human tissue engineering models, researchers can fast track drug screening and make treatments more accurate & personalised. Read more. https://bit.ly/3VFOfSj #QUT #QUTResearch #QUTEngineering #QUTRealFocus