uFluidix Inc.

Research Highlight of the Week: #Microfluidic experiments show that hyperactivated sperm switch between circling and wandering, helping them navigate complex, mucus-like environments. ufluidix.com/blog/microflui… #Microfluidics #SpermMotility

🔬Research Highlight of the Week🔬 A capillary-driven microfluidic chip measures embryo metabolites from just 3 µL of culture medium and improves implantation prediction when combined with morphology. ufluidix.com/blog/microflui… #Microfluidics #IVF #Biosensors

Research Highlight of the Week: A modular #microfluidic platform for automated organoid culture and imaging. - Programmable perfusion - Real-time pH /temperature control - Vertical chip design A powerful step for controlled organoid research. ufluidix.com/blog/microflui…

Research highlight of the week: a one-micrometer #microfluidic device shows how bacteria swim through extreme confinement by wrapping their flagella. #Microfluidics uncovers the mechanics behind confined bacterial motility. Full post: ufluidix.com/blog/microflui…

Research highlight of the week 🧪🔬 A new #microfluidic + machine learning platform reveals how glioma cells hijack neural electrical signals to boost invasion. Electrical patterns alone can drive tumor aggressiveness. Read more in our latest blog. ufluidix.com/blog/machine-l…

Research Highlight of the Week: A #microfluidic acoustic chip screens for sickle cell disease in minutes by measuring RBC lysis temperature and plasma protein aggregation. A promising step toward fast, low-cost point-of-care testing. ufluidix.com/blog/acoustic-… #Microfluidics

Thank you to our partners, clients, and collaborators for the trust and teamwork throughout the year. We look forward to continuing to support your microfluidic development and manufacturing needs in the year ahead. Happy Holidays and Happy New Year from uFluidix Inc. 🎄✨

New Research Highlight of the Week: A #PDMS–CaCO₃ #microfluidic chip replicates carbonate surfaces to study CO₂–seawater–concrete flooding. Strong oil-wet behavior and clear pore-scale imaging reveal how fluid chemistry shapes recovery. ufluidix.com/blog/carbonate… #CO2Research

New Research Highlight of the Week Fractal pore structures in soil-mimicking microfluidic devices support faster bacterial growth than uniform patterns, offering new insights into how physical microenvironments shape microbial behavior. ufluidix.com/blog/fractal-p… #microfluidics

This week’s highlight looks at a self-loading microfluidic platform that uses isothermal amplification to detect SARS-CoV-2, flu A and B, and RSV from crude samples. A compact approach for rapid testing. ufluidix.com/blog/multiplex… #microfluidics #LAMP #POC #diagnostics

🫁 This week’s Research Highlight: Scientists created a lung alveoli-on-chip that recreates real breathing motion with patient-derived cells, shedding light on how stretch affects lung biology. Read more👇 ufluidix.com/blog/mimicking… #OrganOnChip #Microfluidics #Bioengineering

New on our Research Highlight of the Week! Scientists built a “tumor-on-a-chip” to study how neutrophils can both fight and support cancer. N1 cells slow tumor growth, while N2 cells drive invasion. Read more 👇 ufluidix.com/blog/mapping-t… #Microfluidics #CancerImmunology #LabonaChip

A new #microfluidic study of signaling dynamics reveals: Same amount, new pattern → new outcome. Short bursts of an immune cue (via a chip) kept cells in “respond mode” longer than one long dose. Timing matters. Summary 👉 ufluidix.com/blog/microflui… #Microfluidics #SingleCell

🧪 New #ResearchHighlight: A microfluidic–nano-plasmonic platform enables label-free, purification-free detection of single extracellular vesicles. Read more 👉 ufluidix.com/blog/microflui… #Microfluidics #Exosomes #Microfabrication #Biotechnology

Magnetite nanoparticles are used extensively. #Microfluidic synthesis offers precise control, but what happens when we scale it to industrial production? A recent life cycle assessment examines environmental impacts from lab to industry. ufluidix.com/blog/life-cycl… #Microfluidics

🧬 This week's research highlight: Optimizing tilted baffles in #microfluidic chips led to better mRNA-LNP production, small, uniform, and high-transfection nanoparticles. Scalable RNA delivery, one chip at a time. More here 👉 ufluidix.com/blog/enhancing… #Microfluidics #mRNA #LNP

How do your gut microbes affect your skin? 🧬💡 A new #microfluidic chip shows that protecting your gut barrier can prevent skin cell damage, and probiotics help! Read this week’s research highlight 👉 ufluidix.com/blog/modeling-… #Microfluidics #SkinHealth #GutSkinAxis

🧪 New #ResearchHighlight: A #microfluidic chip reported in @LabonaChip that profiles antibody Fc biomarkers using just 15 μL of serum. It even distinguished current vs. past schistosomiasis infections. 🔗 ufluidix.com/blog/a-reconfi… #Microfluidics #Diagnostics #AntibodyFc

🧬 This week's #ResearchHighlight: CAR-T production in under 24h using #microfluidics! More Tnlp, less time, better potential. 🧫 Details from the latest @LabonaChip study → ufluidix.com/blog/ultrafast… #CAR_T #Microfluidics #Immunotherapy #biotech

🧪 New blog drop! Scientists built a #microfluidic chip that stimulates cardiac cells only where needed, using flow to deliver adrenaline and track real-time beating 💓 No shear damage. No global exposure. Pure precision. 🔗ufluidix.com/blog/compartme… #OrganOnChip #Microfluidics