LUMICKS
@LUMICKS_nl
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Empowering scientists with tools that reveal crucial insights not available before, at the molecular and cellular level | Dynamic single-molecule & Cell avidity
Amsterdam (NL), Boston (USA)
Joined May 2014
Beautiful C-Trap data reveals how the oncoprotein MYC promotes transcription!. With the ability to form DNA crossover and incubate in enzyme specific conditions, @CameronLabTokyo in IQB dives deep into MYC’s role in modulating transcription, providing insights into protein.
Theoretically, if an enzyme diffuses faster, then it should also find its substrate faster, thus increasing activity, right? Indeed, we can visualize that both in vitro and in cells, using the @LUMICKS_nl C-TRAP and our TOP2-CAD-seq method, respectively. 8/11
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🧬 New study using the C-Trap reveals long-range gene regulation mechanism in bacteria!. Researchers from Fernando Moreno’s group observed KorB sliding to distant sites & stalling via KorA which directly visualizes the process of long-range repression. Read the full study:
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EN: Don't miss the webinar!. Dr. Yukun Wang from Rockefeller University will share how his team uses a single-molecule platform to observe the transcription regulation mechanisms of RNA polymerase II in real-time. 📅 Register now to understand the key mechanisms behind Pol II.
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不容错过的中文线上讲座！. 来自洛克菲勒大学的王昱焜博士将分享其团队如何用单分子平台实时观察RNA聚合酶II的转录调控机制. 📅 马上报名了解Pol II动力学背后的关键机制:.
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“It’s really a bit of science fiction.” . In his latest interview with #SoftBankVisionFund, LUMICKS CEO Hugo de Wit shares how we're equipping researchers to uncover the molecular mechanisms behind cancer and other diseases.
linkedin.com
LUMICKS’ latest biotech innovation seems like a call from the future, but it may change how researchers find cancer cures. The company’s C-TRAP tool is best described as two laser beams that can...
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New for C-Trap users: the Accelerator Suite is here!.7 upgrades across hardware, software & kits to make your experiments faster, easier & more reproducible. 🎙️ Join our launch webinar to learn more + ask your questions live!. 🔗 Register:
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Big thanks to @Fusion_Conf for hosting such a fantastic meeting and to all the researchers who shared their amazing work on DNA Damage Response for Cancer Therapeutics! 🧬.We’re grateful to be part of such an inspiring community. Until next time! 🫶.
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🇩🇰 SMBio is coming to Copenhagen! Join us for the 1st Nordics SMBio 2025 on Sept 4-5, focused on single-molecule research and optical manipulation of biological structures. Connect, collaborate, and grow your network. Register by July 25 - spots are limited!. Discover all -->
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Final call!. How do cells shield their DNA from mechanical stress?. This week, Dr. Alexander von Appen (Max Planck Institute) will walk us through a remarkable discovery: a protein-DNA co-condensate that strengthens the nucleus at the mesoscale. 🗓️ June 26, 4PM GMT+2.🔗 Register.
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Webinar alert! 📷. What protects DNA when the nucleus is under pressure? 🧬💥. Dr. Alexander von Appen’s lab found a protein-DNA hydrogel that reinforces the nuclear envelope. 📅 June 26 | 4PM GMT+2.🔗
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We're excited to be sponsoring the The New York Academy of Sciences (@NYASciences) Frontiers in Cancer Immunotherapy 2025 symposium on June 16-17! We're looking forward to diving into the latest cancer immunotherapy and chatting about how our technology is helping to advance the
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New discovery! LEM2 + BAF + DNA = a co-condensate hydrogel that protects the genome under mechanical load. Join Dr Alexander von Appen in our June 26 webinar as he reveals how the nucleus builds a mechano-protective barrier. 🔗
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How does the nuclear envelope protect the genome under stress?. Dr Alexander von Appen’s team discovered that DNA + proteins form a co-condensate that reinforces the nucleus under force. 🧬 Join Dr. von Appen in the next LUMICKS webinar to learn how this hydrogel protects DNA!
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Ready for lift-off: This video shows the workflow for our newly launched high-throughput Cell Avidity platform: Avidion. Learn what sets Cell Avidity apart from techniques that measure receptor affinity, and discover the easy workflow and upscaled capacity of the Avidion
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Made possible by: Adria Ferragut, Josephine Yeh, Shaoyun Wang, Jerom Langeveld and Johan van Wambeke. (3/3).
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"Expanding on our visual identity through refreshed colors, shapes and elements and with respect to our heritage, we're streamlining our brand to support the LUMICKS vision and mission. The updated website comes with renewed ease of navigation to our science, solutions & stories.
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New look, new website! You might have noticed already: over the past period we've been rolling out our content in a new style. Here's what our designers say: (1/3)
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Now 🚨 LIVE : Identification of potent biparatopic antibodies targeting FGF receptors in solid tumours - William Sellers, MD. Register to reach the webinar:
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🚨 Last chance to register!. Monospecific antibodies often face limits in cancer therapy due to receptor activation. Learn how biparatopic antibodies offer stronger binding & potent antagonism. Join William Sellers in the upcoming @Nature webinar!. 👉 Register:
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This weekend, our team Trey Simpson and Hannah Stephens are heading to Nashville for the #FASEB Machine on Genes Conference (May 18–21)! We’re thrilled to support the single-molecule community and are especially delighted to sponsor a talk by our collaborator from Rockefeller,
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