LUMICKS (@lumicks_nl) 's Twitter Profile
LUMICKS

@lumicks_nl

Empowering scientists with tools that reveal crucial insights not available before, at the molecular and cellular level | Dynamic single-molecule & Cell avidity

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linkhttp://www.lumicks.com calendar_today12-05-2014 19:15:26

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⏰ This week is the last opportunity to submit abstracts to present at the 2nd UK & Ireland Single-Molecule Biology Meeting. Don’t miss your chance to present! 📍 Register here: lumicks.com/uk-single-mole…

⏰  This week is the last opportunity to submit abstracts to present at the 2nd UK & Ireland Single-Molecule Biology Meeting. Don’t miss your chance to present! 📍 Register here: lumicks.com/uk-single-mole…
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When interviewed by #Nature about his research on DNA repair mechanism, Dr. Simon Boulton from the Francis Crick Institute highlighted the vital role of direct evidence in understanding the intricacies of molecular behavior. Read the Nature featured article:

When interviewed by #Nature about his research on DNA repair mechanism, Dr. Simon Boulton from the Francis Crick Institute highlighted the vital role of direct evidence in understanding the intricacies of molecular behavior.

Read the Nature featured article:
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Abstract deadline extended to coming Friday, March 14th. There are very few spaces left, so don't wait too long! --> lumicks.com/uk-single-mole…

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Learn about the pivotal role of the Shu Complex with RAD51 during DNA repair processes, offering fresh insights for developing targeted cancer treatments. Our blog post covers all you need to know about this critical discovery. 👉 Read the full article: lumicks.com/unlocking-shu-…

Learn about the pivotal role of the Shu Complex with RAD51 during DNA repair processes, offering fresh insights for developing targeted cancer treatments. Our blog post covers all you need to know about this critical discovery. 

👉 Read the full article: lumicks.com/unlocking-shu-…
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Ever wondered how cohesin, condensin, and Smc5/6 facilitate chromosome compaction, segregation, and DNA repair? LUMICKS is proud to have Prof. Luis Aragon for a LIVE talk on the SMC complexes and their critical roles in genome integrity. Register now: bit.ly/3CT4SDP

Ever wondered how cohesin, condensin, and Smc5/6 facilitate chromosome compaction, segregation, and DNA repair? LUMICKS is proud to have Prof. Luis Aragon for a LIVE talk on the SMC complexes and their critical roles in genome integrity.

Register now: bit.ly/3CT4SDP
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A big and wholehearted thank you to all visitors of the Breakthroughs in Immunotherapies symposium #BIT2025 at Beth Israel Deaconess Medical Center! Sizun Jiang especially for your talents as a host and organizer! Check the info--> web.lumicks.com/s7fys0s1

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The single molecule biology symposium in Dresden #SMBioDresden is a wrap! A big thank-you to MPI-CBG Dresden , Stephan Grill and all speakers and attendees who’ve contributed to this fantastic and interactive event. We’ve seen some amazing science here in Dresden. Let’s do this again!

The single molecule biology symposium in Dresden #SMBioDresden is a wrap! A big thank-you to <a href="/mpicbg/">MPI-CBG Dresden</a> , <a href="/StephanGrill/">Stephan Grill</a> and all speakers and attendees who’ve contributed to this fantastic and interactive event. We’ve seen some amazing science here in Dresden.

Let’s do this again!
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Last call! Coming Wednesday: Prof. Luis Aragon from Imperial College London, MRC-LMS will give a LIVE talk on Structural Maintenance of Chromosomes (SMC) complexes during genome organization, chromosome compaction, segregation, and DNA repair. Register today:

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UK biophysicists, be welcomed to our table at the Physics of Life conference between today and March 27 for exclusive demos of the C-Trap -- the world's first instrument for real-time manipulation and visualization of single-molecule interactions!

UK biophysicists, be welcomed to our table at the <a href="/PhysicsofLifeUK/">Physics of Life</a>  conference between today and March 27 for exclusive demos of the C-Trap -- the world's first instrument for real-time manipulation and visualization of single-molecule interactions!
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Have you registered for today's webinar by Prof. Luis Aragon? Don’t miss the chance to learn the latest discoveries on the mechanism of Structural Maintenance of Chromosomes (SMC) complexes! Register here: bit.ly/3CT4SDP

Have you registered for today's webinar by Prof. Luis Aragon? Don’t miss the chance to learn the latest discoveries on the mechanism of Structural Maintenance of Chromosomes (SMC) complexes!

Register here: bit.ly/3CT4SDP
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Read our latest blog post about groundbreaking research from the lab of Prof. Michael is feeling blue ! They use the C-Trap to study how the mechanical stability of bacterial synaptic complexes influences antibiotic resistance. Learn about this study: lumicks.com/bacterial-inte…

Read our latest blog post about groundbreaking research from the lab of Prof.  <a href="/Schlierf_Lab/">Michael is feeling blue</a> ! They use the C-Trap to study how the mechanical stability of bacterial synaptic complexes influences antibiotic resistance.

Learn about this study: lumicks.com/bacterial-inte…
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🌷🌷🌷 Looking at the flowering tulip fields and being biologists, we realize biological processes are inherently heterogeneous. Averaging data can mask vital details, but C-Trap’s single-molecule measurements reveal every unique interaction. Capture the full spectrum of

🌷🌷🌷 Looking at the flowering tulip fields and being biologists, we realize biological processes are inherently heterogeneous. Averaging data can mask vital details, but C-Trap’s single-molecule measurements reveal every unique interaction. Capture the full spectrum of
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Highlight of a recent publication from our customer in TU Dresden! Read our scientific digest of the publication and learn how understanding the recombination efficiency of integrons in bacteria could lead to breakthroughs in antibiotic resistance! lumicks.com/bacterial-inte…

Highlight of a recent publication from our customer in TU Dresden!

Read our scientific digest of the publication and learn how understanding the recombination efficiency of integrons in bacteria could lead to breakthroughs in antibiotic resistance!

lumicks.com/bacterial-inte…
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🚀 Something BIG is coming to #AACR2025! 🚀 Visit booth #633 from April 25-30 to explore what’s becoming possible with next generation Cell Avidity and chat with our scientists about the breakthrough technology that constitutes this innovation. More news later this week.

🚀 Something BIG is coming to #AACR2025! 🚀

Visit booth #633 from April 25-30 to explore what’s becoming possible with next generation Cell Avidity and chat with our scientists about the breakthrough technology that constitutes this innovation.

More news later this week.
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Antibodies that suppress tumor growth in a challenging cancer! This issue’s cover features work by ASCI member William R. Sellers & team Broad Institute on the identification of biparatopic FGFR2 antibodies that are effective against FGFR2 fusion-driven cholangiocarcinoma:

Antibodies that suppress tumor growth in a challenging cancer!

This issue’s cover features work by ASCI member William R. Sellers &amp; team <a href="/broadinstitute/">Broad Institute</a> on the identification of biparatopic FGFR2 antibodies that are effective against FGFR2 fusion-driven cholangiocarcinoma:
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🚀Introducing Avidion The next generation Cell Avidity platform LUMICKS launches Avidion at AACR Annual Meeting 2025, booth #633 What has been exclusive to the eyes of our closest ambassadors is approaching its official US launch at the AACR Annual Meeting 2025.

🚀Introducing Avidion

The next generation Cell Avidity platform

LUMICKS launches Avidion at <a href="/AACR/">AACR</a> Annual Meeting 2025, booth #633

What has been exclusive to the eyes of our closest ambassadors is approaching its official US launch at the AACR Annual Meeting 2025.
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Come by and say hi to the newest central member of our booth setup: #Avidion - The next generation Cell Avidity platform! 📍 Join us at AACR booth #633. The LUMICKS team is ready to meet you at the American Association for Cancer Research (AACR) Annual Meeting, to talk about

Come by and say hi to the newest central member of our booth setup:

#Avidion - The next generation Cell Avidity platform!

📍 Join us at AACR booth #633.

The LUMICKS team is ready to meet you at the American Association for Cancer Research (AACR) Annual Meeting, to talk about
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The scientific community responded with fantastic curiosity to Avidion at AACR, and we couldn’t be more confident about the future of Cell Avidity in cell and antibody therapy. A great success! Did you miss the event? Learn more about Avidion and its groundbreaking capabilities

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Cutting-edge research in targeting membrane receptors for solid tumors! Discover how William Sellers' lab uses next-generation biparatopic antibodies targeting FGFR2 to combat resistance in FGFR2-driven cancer. Don't miss it: bit.ly/4cqK6so

Cutting-edge research in targeting membrane receptors for solid tumors!

Discover how William Sellers' lab uses next-generation biparatopic antibodies targeting FGFR2 to combat  resistance in FGFR2-driven cancer.

Don't miss it: bit.ly/4cqK6so