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ARRALYZE

@arralyze.bsky.social

31 followers 180 following 30 posts

Pioneering single cell analysis with our technology 🦠🔬 We combine advanced glass nanowell technology with AI-driven analysis to enable researchers to dispense, image, analyze and isolate individual cells all in one machine. #SingleCell www.arralyze.com

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ARRALYZE @arralyze.bsky.social · 2d

Our team is ready for ESGCT 2025! 💪
We’ll be here all week, so come by our booth to chat about fast, reliable single-cell analysis.
See you around!

#ESGCT #CellGeneTherapy #SingleCellResearch

ARRALYZE @arralyze.bsky.social · 21d

Exciting news! We are proud to announce our partnership with NewCellX as our official distributor in France!

Read more about it here: www.arralyze.com/en/about-us/...

#singlecell #singlecelltechnology #biotechfrance

ARRALYZE @arralyze.bsky.social · Aug 21

Months of waiting reduced to 72h: our new whitepaper reveals how early growth analysis accelerates CLD while ensuring scalability.

Check it out: bit.ly/47ElRGA

#SingleCell #CellLineDevelopment #Biotech

A graphic of an open whitepaper about cell line development by arralyze.

ARRALYZE @arralyze.bsky.social · Jun 17

This methodology offers particular advantages for research requiring longitudinal single-cell analysis in oncology, immunology, and drug development applications where sample conservation is critical.

Full methodology and results available in our technical blog and application note: bit.ly/4dwz9G8

Application Note: Gentle Dispensing Technology Ensures High Cell Viability

Discover how the CellShepherd platform preserves cell viability during dispensing, supports single-cell analysis, and delivers high-quality fluorescence imaging.

ARRALYZE @arralyze.bsky.social · Jun 17

Have you read our application note “Detecting Growth, Death and Viability of Dispensed Cells in Glass Nanowell Dishes” ?

Our data demonstrates:

• Above 95% viability through gentle dispensing technology
• Consistent doubling time
• High-resolution optical monitoring via glass nanowells

Graph showing the total cell count over 5 days in an Arralyze Dish. The amount of live cells double over time while the amount of dead cells stay the same. The time was meassured in days from day 0 until day 4.

ARRALYZE @arralyze.bsky.social · Jun 4

With our technology, we're enabling the precise single-cell workflows that help identify the best-performing cells for cultured meat production.
Because the future of sustainable protein starts at the cellular level. 💚

An informational graphic about the CO2 emissions pay 1 kg of cultured meat grown in laboratories. The text on the graphic states: cultured meat is predicted to only produce 3 - 5 kilogram of CO2 emission per 1 kg of meat. By growing meat, directly from animal cells in bioreactors, we are eliminating the need for raising feeding and processing entire animals.

ARRALYZE @arralyze.bsky.social · Jun 4

Thanks to breakthroughs in cell line development and cellular agriculture we can significantly cut greenhouse gas emissions and combat land degradation

And information about the carbon footprint of 1 kg of beef. The text on the graphic states: 27 kg of CO2 emissions are produced just for 1 kg of beef. This includes methane from kettle digestion, nitrous oxide from fertilizers and CO2 from land use changes and transportation. Which equals 158 km of a car drive or 490 hours of Netflix.

ARRALYZE @arralyze.bsky.social · Jun 4

How can we reduce our dependence on conventional, resource-heavy livestock farming?

And information graphic of the feed efficiency for 1 kg of beef. The text on the graphic states: 8 kg kilogram of grain is needed to produce just 1 kg of beef. This includes wheat, oats, barley, corn, and soy beans - all crops that could directly feed humans instead.

ARRALYZE @arralyze.bsky.social · Jun 4

Can we produce meat without the massive environmental cost?

An informational graphic about the land use for 1 kg of beef. The text states: 200 m² of land is needed to produce just beef. This includes pasture land for grazing plus agricultural land for growing feed crops like corn and soy beans.

ARRALYZE @arralyze.bsky.social · Jun 4

Happy World Environment Day! 🌍

Did you know that traditional livestock farming consumes our planet’s resources at an unsustainable rate?

Check out this thread to see just how resource-intensive traditional beef production really is…

An informational graphic about the water impact for 1 kg of beef. The text states: 15,000 L of water is needed to produce just 1 kg of beef. Most is green water from rainfall, but the blue water, freshwater from rivers and aquifers, impact varies widely: 50 L in efficient systems two 2000 L in water intensive farms.

ARRALYZE @arralyze.bsky.social · May 28

The @slasorg.bsky.social Europe is over and we are back home with new ideas and a few less flyers 😃

Thanks for stopping by our booth! We had great conversations, shared our passion for single-cell analysis, and made new connections.

Stay tuned to find out where we’re heading next!

The photo shows the Arralyze exhibition booth at the SLAS Europe in Hamburg. Two team members explaining to interested exhibition visitors, the Arralyze technology.

ARRALYZE @arralyze.bsky.social · May 21

We built our booth at @slasorg.bsky.social Europe in record time… well, almost 😄

Come check out the final result at booth #512 in Hamburg.
Science, good chats, and snacks await!

#SLASEurope #SLAS #Biotech

ARRALYZE @arralyze.bsky.social · May 5

And that’s a wrap on #AACR2025! 🎉

It was a real pleasure connecting with both new and familiar faces. Thanks to everyone who stopped by to chat about single-cell research and what we’re building at ARRALYZE. We really enjoyed the conversations and your curiosity 💚

#SingleCell #Biotech

Photo of the official AACR 2025 Sign.

ARRALYZE @arralyze.bsky.social · Apr 29

We hope you’re making some high-value connections at AACR, because we sure are!
This one’s got a great nose for innovation 😉❤️

Thanks @theaacr.bsky.social for bringing us together!

#AACR2025 #NextGenNetworking

A photo of a business card of a australian shepherd called Nani

The australien shepherd dog Nani looking happy into the camera while being pet by people

ARRALYZE @arralyze.bsky.social · Apr 28

What a great start to the exhibition!
A huge thanks to everyone who stopped by, asked questions, and shared great conversations with us. We can’t wait to see what the next days will bring 😊

#AACR #SingleCell

A team member of Arralyze talking to AACR visitors about the Arralyze technology at their exhibition booth.

ARRALYZE @arralyze.bsky.social · Apr 26

We’re all set for the AACR @theaacr.bsky.social
in Chicago and can’t wait to meet you!

Come by booth #536 to say hi to Robin, Julian, and Margaryta and check out not only our cool technology but also some fun activities we’ve prepared.

Double the reason to swing by! 😉

#SingleCell #Biotech #AACR

Photo of the finished Arralyze Booth at the AACR Annual Conference. One of the team members standing smiling in front of it.

ARRALYZE @arralyze.bsky.social · Apr 9

Excited to be part of the Labcluster #Biologiespatiale tomorrow in Lyon!

We will be giving a short presentation on our single-cell analysis technology at 10:20 AM — a first in France!

If you’re in Lyon and working in the life sciences space, come by and say hi!

www.labcluster.com/LCTLyon2025/...

www.labcluster.com

ARRALYZE @arralyze.bsky.social · Apr 3

Read more about it in our new report: bit.ly/4hP2Pid

Accelerating Cell Line Development: The CellShepherd Advantage

Discover how CellShepherd technology identifies fast-growing cells to reduce biopharmaceutical manufacturing development time by 33-75%. Learn how revealing cell heterogeneity accelerates your cell li...

ARRALYZE @arralyze.bsky.social · Apr 3

Did you know cell growth rates can vary dramatically?

Our CellShepherd platform shows how CHO-K1 doubling times vary from 14 to 56+ hours.
Faster cells can cut development timelines by 75%, saving time and cost in biologics manufacturing.

Check out the video below to see the difference!

ARRALYZE @arralyze.bsky.social · Apr 1

🚨BREAKING NEWS🚨

After months of development, we’re proud to unveil our boldest innovation: The CellShepherd Mini

Now you can isolate single cells on the go

✅ Fits in your lab coat
✅ Powered by coffee and ambition
✅ Voice command: just whisper “Isolate that one”

Launching today!
(Or maybe not 😉)

ARRALYZE @arralyze.bsky.social · Mar 26

The whitepaper features:

- Innovative Materials: From silicon to advanced polymers.
- Breakthrough Methods: Game-changing fabrication techniques.
- Real-World Applications: Case studies showcasing success.
- Future Trends: Emerging opportunities across fields.

#CellAnalysis

ARRALYZE @arralyze.bsky.social · Mar 26

Understanding cellular behavior at the single-cell level is key to breakthrough discoveries. Traditional bulk methods often miss insights hidden in cellular subpopulations.

Our new whitepaper explores how single-cell analysis technology is transforming research: bit.ly/3WsHvas

#SingleCell

A graphic showing the cover and some pages of the arralyze whitepaper. A bold
font on top states “whitepaper” underneath it “Navigating the challenges of single cell analysis”.

ARRALYZE @arralyze.bsky.social · Mar 20

Don't want to miss us this year? Come visit our team at these key industry events:

AACR Annual Meeting 2025
📍 Booth #536
📅 April 25-30, 2025
📌 Chicago, Illinois

SLAS Europe 2025
📍 Booth #512
📅 May 20-22, 2025
📌 Hamburg, Germany

#SingleCell #SLASEurope #AACR

Graphic that show the upcoming exhibitions Arralyze will attend. From April 25th - 30th AACR in Chicago after that from May 20th - 22nd the SLAS Europe in Hamburg.

ARRALYZE @arralyze.bsky.social · Mar 14

• Measure precise persistence times of these structures after treatment withdrawal

• Successfully increase CLAN incidence from less than 1% to approximately 50% through combined enrichment methods

ARRALYZE @arralyze.bsky.social · Mar 14

Using our glass chip containing hundreds of #nanowells, the research team was able to:

• Observe the real-time formation and disassembly of CLANs in living cells

• Document the surprising finding that while #CLAN induction required days of treatment, the actual assembly occurred within minutes