FORMULATRIX

How Soil Bacteria Produce Natural Product Drugs Watch this webinar by Dr. Chu-Young Kim from the University of Illinois where he discusses his research on the biosynthesis, crystallization, and structural characterization of medicinally important natural compounds, produced by soil bacteria. Also, learn how he and his team increased throughput capacity and easy setting up of crystallization experiments using the NT8 drop setter, and crystal imaging using the Rock Imager. Learn more: https://hubs.ly/Q02RQ9ZH0 #Bacteria #Biosynthesis #Crystallization #Crystallography #Crystals #NT8 #RockImager #Formulatrix

Advancements in AI-Powered Scoring of Crystallization Experiments: Save Time, Increase Efficiency, Gain Confidence in Your Results Join our webinar to learn how you can enhance and automate the scoring of your crystallization experiments using Sherlock, an advanced AI auto-scoring model, that can help you save time and increase your confidence in the results. Date: October 23rd, 2024 Register now: https://hubs.ly/Q02RZGl20 #Crystallization #Proteins #ProteinCrystallization #RockMaker #Formulatrix

Bridging Genomics and Proteomics: Interrogation of Prospective and Archived Samples for Population-Scale Biomarker Discovery Watch our upcoming webinar to learn how you can quantify over 5,000 proteins from just 3 microliters of sample with the Olink Proteomics Explore HT workflow, coupled with Formulatrix's automated, low-volume liquid handler, the F.A.S.T. We will also highlight the role of GENEWIZ Proteomics Solutions from Azenta Life Sciences in the FinnGen project, a proteomic study of 500,000 Finnish citizens, including proteomic analyses of up to 20,000 individuals. These advancements show the potential of integrating proteomic and genomic data to innovate healthcare and disease management. Date: October 24th, 2024 Register now: https://hubs.ly/Q02RQQ6r0 #Biomarker #LiquidHandlling #Azenta #OlinkProteomics #FASTbyFormulatrix #Formulatrix

Achieve optimal sample concentration and efficient diafiltration with ease in your scientific workflows. The µPulse - TFF System is designed to handle a diverse range of samples, offering the versatility you need to enhance your research outcomes. 🔹Nanoparticle Processing: Efficiently process lipid nanoparticles, liposomes, and polymeric nanoparticles for drug delivery and therapeutic efficacy 🔹Protein Processing: Optimize the protein preparative workflow, enabling fast and gentle processes, including concentration, formulation, desalting, and refolding 🔹Bioconjugate Cleanup: Ensure gentle and efficient removal of small unconjugated molecules from a variety of crude biomolecular labeling reactions 🔹Nucleic Acid Processing: Simplify in vitro synthesis of RNA, and linear or plasmid DNA, by efficient concentration and buffer exchange using our user-friendly system 🔹Harvesting: Streamline the fast harvesting of cells, extracellular vesicles, enzymes, and Virus-Like Particles (VLPs) while ensuring high product yields and quality 🔹Virus Processing: Gently concentrate and exchange buffers for Adeno-associated Virus Vectors (AAVs), bacteriophages, and lentiviruses, preserving their structure for effective applications 🔹Vaccine Development: Optimize the formulation of DNA, RNA, and polysaccharide vaccines for optimal, stable, and cost-efficient results Learn more: https://hubs.ly/Q02RtqRb0 #TFF #Diafiltration #Ultrafiltration #µPulse #Formulatrix

Set Up 24-Well Crystallization Plates with Ease The NT8 provides full support of 24-well crystallization plates for both sitting and hanging drop experiments. Multiple drops can be designated per well based on your experimental needs. This automated setup enables precise drop setting for better experiment reproducibility over hand pipetting while reducing time at the bench. Learn more: https://hubs.ly/Q02Rt9Kw0 #Proteins #ProteinCrystallization #Crystallization #DropSetter #NT8 #Formulatrix

Benefits of Executing Design of Experiment (DoE) with Non-Contact Liquid Dispensing Watch the webinar to learn how to implement DoE with the Mantis and the Tempest liquid dispensers for assay development and multifactorial media optimization. Learn more: https://hubs.ly/Q02Rl7dX0 #AssayDevelopment #DoE #LiquidHandling #Mantis #Tempest #Formulatrix

Flexible and Precise Reagent Dispensing The Tempest is a non-contact, multipurpose dispenser capable of dispensing as many as 12 different reagents simultaneously by utilizing 96 independently controlled outputs. Dispense any volume, of any reagent, into any well, all while ensuring high accuracy and precision across a broad range of reagent types, including cells and beads. Learn more: https://hubs.ly/Q02Qfk920 #Reagents #ReagentDispenser #LaboratoryAutomation #LiquidHandling #Tempest #Formulatrix

Olink Proteomics Conference is Happening Tomorrow! Join us at the event to discover the latest advancements in proteomics and proteogenomics. The event will feature presentations from esteemed scientists, facilitating networking opportunities for potential collaborations and discussions on advanced protein biomarkers' discovery tools and findings. Register now: https://hubs.ly/Q02Qpxw30 #DrugDiscovery #ProteinBiomarkers #Multiomics #Proteogenomics #PolygeneticRiskScore #Olink #PopulationStudies #Formulatrix

Gentle Exosome Harvesting and Formulation Using the µPulse TFF System Watch our webinar where we present case studies demonstrating the use of the µPulse TFF system for exosome production, emphasizing its fast and gentle workflow as compared to dead-end filtration methods for harvesting exosomes from culture media. Additionally, we will showcase the efficiency of the µPulse in the final formulation of exosomes purified from human plasma. Learn more: https://hubs.ly/Q02Qfk3q0 #Exosomes #Plasma #Filtration #TFF #µPulse #Formulatrix

Cellmatic, the Automated Cell Culture System, is versatile for a wide range of scientific workflows. From automating lengthy protocols to ensuring precise multi-well plating for HT screens, the Cellmatic simplifies your cell research processes. Key applications include: 🧬 Stem Cell Differentiation: Automate week and month-long protocols with thoughtful management of expensive reagents 🧫 Cell Line Development: Pick colonies and propagate forward from 384- and 96-well plates 🔍 Routine Maintenance & Expansion: Continuously feed, image, and passage cell lines with extensive data record keeping 💻 Multi-Well Plating for HT Screens: Dispense cells into 384- and 96-well plates at user-defined cell number 🧪Permeability Assays: Feed and culture cells in transwell plates for your permeability assays 🩸 Immunology Studies: Differentiate and mature blood cells for immunological assays Learn more: https://hubs.ly/Q02QKpBv0 #CellCulture #AutomatedCellCulture #StemCells #Immunology #HTS #Cellmatic #Formulatrix