ONI

Name: ONI
Address: Linacre House, Oxford, OX28TA, GB
Telephone: +44 1865951820
Price range: ££

Super-resolution microscopy simplified.

12/06/2026

Simple. Engineered. Dynamic. Powerful.

🔗 https://zurl.co/UvDps

11/06/2026

🔬 The 2026 EV Competition is now open!

Tell us about your research project for a chance to win a 3-month Nanoimager subscription and unlock new insights with super-resolution imaging.

Enter now: https://zurl.co/RuK8W

*Terms and conditions apply.

22/05/2026

At ONI, we believe the best ideas come from teams that feel supported, energized, and inspired. 💙🔬

That’s why today, our team is out of the office for our quarterly Wellness Day 🌿

We’re proud to foster a workplace where wellbeing isn’t an afterthought, but a priority. Because when our people thrive, so does our science.

Curious to learn more about how we prioritize our employees? 🌐 https://zurl.co/zrS1w

17/04/2026

🚀 Good news, we just upgraded our Discovery Kit for dSTORM in cells!

With the Discovery Kit™: dSTORM in cells 2 you can label and image extra- and intracellular proteins with high resolution and improved signal specificity in your own samples... using both Aplo Scope and Nanoimager!

You bring the cells and primary antibodies; we provide the rest. It’s time to stop troubleshooting and start discovering! 🔬

✅ 2-color dSTORM imaging with 20 nm resolution

✅ Improved signal specificity across channels

✅ Optimized sample preparation and fixation to preserve your structures

✅ Compatible with Aplo Scope and Nanoimager

✅ Validated protocols and reagents to get you to your data faster

👉 Try Discovery Kit dSTOR in cells 2 in your own samples: https://zurl.co/rFHYQ

14/04/2026

Are you as passionate about EVs as we are? Our team is getting ready for the EV event of the year: ISEV 2026!

We can’t wait to meet the international EV community in Puerto Rico from 22-26 April.

The ONI team will bring our fully automated, ‘walk-away’ EV characterization workflow to profile EV populations and single EVs with nanoscale precision down to 20 nm.

📍 To see our products in action, speak to our scientists, and more surprises (we’ll be announcing them soon!), make sure to visit booth #8.

10/04/2026

Are you curious about the benefits of using live cell imaging? 🔬

Our latest blog post has you covered!

In the world of single-molecule research, timing is everything. While fixed-cell imaging provides a valuable tool, it might miss the kinetic assembly of complexes, transient signaling events, or stochastic movements that define life at the nanoscale.

Additional insights can be obtained from single molecules captured within a live cell imaging context!

Read about 7 benefits of using live-cell imaging in single-molecule research here:

https://zurl.co/bOp8l

07/04/2026

Have you checked out our latest EV white paper yet?

If you want to profile EV heterogeneity through automation and AI-driven analysis, this is for you!

Discover how the Aplo platform enables precise, consistent profiling of heterogeneous EV populations, combining automated fluidics, advanced imaging, and AI-powered cloud analysis.

Key highlights:
• Single-EV morphology & biomarker distribution with ~20 nm precision
• Automation to reduce variability across samples and experiments
• Standardised and custom reporting across datasets

Uncover rare EV phenotypes with confidence.

🔗 Download the white paper: https://zurl.co/0YgTr

03/04/2026

Wishing you a Happy Easter 🐣
A time to recharge, reset, and enjoy the little moments.

From all of us at ONI 🔬

01/04/2026

Did you miss yesterday’s Microscopy Masters webinar?

It was great! Lincoln, PhD, shared his research in the Hell lab developing PaX dyes for gentle super-resolution live cell imaging.

He also answered questions from the live audience around dye development, limitations, and opportunities for scientists to get access to these dyes.

You can now watch the webinar recording on our website:
https://zurl.co/yZEgd

31/03/2026

Our team is on a roll! 🥁 We just released our latest white paper on high-throughput Lipid Nanoparticles (LNPs) characterization.

Characterizing LNPs shouldn't be a choice between speed and precision. This is where our single-molecule imaging end-to-end Aplo workflow comes in!

Why it matters:

🔹 Accurately sizes LNPs from bulk population down to single particles

🔹 Decodes single-particle heterogeneity, with sub-20 nm resolution

🔹 Quantifies nucleic acid cargo positivity and ligand abundance on single LNPs

🔹 Results in quantitative metrics for correlative particle analysis

🔹 Automates “walk-away” workflow: from sample to answer

Accelerate your RNA-based therapeutics, novel vaccines, and next-generation therapeutics with single-molecule precision 🚀

Read the full paper here: https://zurl.co/THMp5

Address

Linacre House
Oxford
OX28TA

Telephone

+44 1865951820

Website

https://oni.bio/contact

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