Partillion Bioscience

?? Excited for the inaugural Cell-Cell Symposium on April 16-17, 2025, at UCLA's CNSI!! ?? This event brings together researchers, bioinformaticians, and technology developers to explore cell-cell interactions and bridge the gap between single-cell analysis and spatial biology. Highlights include sessions on assay development, bioinformatics challenges, and a hands-on Nanovial technology workshop. ?? Attendance is free but space is limited—apply today! ???? Register here: https://lnkd.in/gQbu3GrN #Cell2CellInteractions #Nanovials

?? Fueled up for another day at #AGBT! ?? What if you could capture, analyze, and recover live cells while profiling cell-to-cell interactions at the single-cell level? With Nanovial Multicell Assays, that’s exactly what you can do! ?? Whether you're tackling native antigen presentation, bispecific screening, or functional immune assays, Nanovials provide the missing link between phenotype and function. ?? Catch us at our poster #421 to learn more—or grab some time with Joe to discuss how this can accelerate your research! #AGBT2025 #CellCellInteractions #Nanovials #MulticellAssays #Biotech

?? Don’t miss Joe de Rutte, our CEO and Co-founder at #AGBT in Marco Island this week! ???? ?? Visit our poster to discover how Nanovials enable profiling of cell-to-cell interactions! Or connect with Joe to learn the latest from Partillion Bioscience—let’s chat! ?? "High-Throughput Profiling of Cell-to-Cell Interactions Using Nanovial Multicell Assays."? ?? February 24th, 1:30 - 3:30 PM | February 25th, 4:45 - 6:10 PM ?? Poster Number: 421 #AGBT2025 #Innovation #Nanovials #Genomics #Biotech #FunctionalBiology #CellInteractions

Cells don’t just exist in isolation—they communicate, respond, and signal through the proteins they secrete. But what genetic programs control these functions? ?? Enter SEC-seq—a powerful method that links single-cell transcriptomes with secretion profiles, now published in Nature Protocols! Why is SEC-seq important? ? Bridges the gap between gene expression and functional output ? Works across many cell types—T cells, stromal cells, plasma cells, and more ? Scales efficiently—thousands of single cells analyzed in parallel! Using Nanovials, SEC-seq captures secreted proteins directly at the single-cell level, pairing them with transcriptomic data providing researchers with an unprecedented view of how secretion is regulated. ?? ?? What’s next? SEC-seq could redefine how we study immune cell function, regenerative medicine, and antibody-secreting cells—paving the way for smarter, more potent cell therapies. Read the full publication here: https://lnkd.in/gg97iHzg Learn more about SEC-seq in our Application Highlight: https://hubs.ly/Q02w4VD90

Join us in Mobile, AL this week as we explore how our Nanovial technology is advancing the functional characterization of immune cells at #SEFCIG2025! Don’t miss Sean Maynard's talk: ?? When: Friday, February 21, at 9:45 AM ?? Talk: Functional characterization of immune cells using nanoparticle technology #Nanovials #FlowCytometry #ImmuneCells #FunctionalBiology

Roses are red, ?? Violets are blue, ?? Single-cell screening, ?? Leads me to you! ???? Found your one-in-a-million? Share a Nanovial Valentine to let them know how much they mean to you! ?? #Valentine #Nanovials

Tuesdays can feel ordinary, but in the lab, every experiment has the potential to spark something extraordinary. ??? ?? With Nanovials, you’re not just screening cells—you’re unlocking deeper insights into function, secretion, and cellular interactions. Whether you're: ? Identifying rare cells that secrete potent antibodies ? Assessing CAR-T cell function while preserving live cells for downstream analysis ? Capturing and analyzing immune cell interactions ...Nanovials help you get results faster, with more precision, and less guesswork. ?? So here’s your midweek reminder: science doesn’t wait for breakthroughs, and neither should you! What’s exciting in your lab this week? Drop a comment! ?? #Nanovials #SingleCell #AntibodyDiscovery #CellTherapy

?? Publication Alert: A new way to add cell capture and secretion capture moieties onto Nanovials! ?? In a recent Lab-on-a-Chip publication, the Di Carlo lab explored the use of a strained alkyne moiety along with biotin to attach cell capture and secretion capture antibodies to Nanovials. ?? Key Takeaways from the publication: ?? Antibody-secreting cells (ASCs) need to be screened efficiently for both binding and functionality at scale. ?? Orthogonal chemistries (biotin and strained alkyne) can be used separate the timing of cell loading and antigen loading onto Nanovials.? ?? This temporal separation helps enhance the purity of selected antigen-specific ASCs in an antibody discovery workflow. #Nanovials #AntibodyDiscovery #Innovation #Publications

Last day at #SLAS2025, it's been amazing to see all the new technologies and instrumentation!! Stop by booth 2853 before the day is over! #Innovation #highthroughputscreening #Nanovials

?? Another fun day at #SLAS2025! ?? We're excited to continue showcasing how Nanovials are revolutionizing single-cell analysis and unlocking high-throughput cell screening. ???? Visit us at Booth 2853 to: ???? Learn About Multicell Assays: Perfect for studying cell-to-cell interactions and performing cell-based assays at higher resolution ????Learn about our SEC-Seq application: Seamlessly link secreted protein information with transcriptomics. ???? Discover how to shorten your antibody discovery pipelines! Come chat with our team, ask questions, and explore how we can accelerate your science! #Innovation #Nanovials #Highthroughputscreening #antibodydiscovery