FLIM LABS

🔬 Equipping the openUC2 microscope with the #FLIM upgrade can really make a difference in democratizing FLIM and fulfilling our mission! 💪 Benedict Diederich #microscopy #photonics #fluorecencelifetime #innova

During #CancerPreventionWeek, we’re proud to introduce LaserBlood, an innovative project coordinated by FLIMLABS aimed at #earlyscreening for #pancreaticcancer. As part of the #EICPathfinder program, the project contributes to the European Innovation Council and SMEs Executive Agency (EISMEA)'s effort towards improving #earlydetection and better outcomes in #cancercare.

We'll be there, come visit us!!

It was great having you Alessandro Rossetta! 🎦 In case you missed this exciting presentation by FLIM LABS, you can now watch a recording on YouTube: https://lnkd.in/eU7J7jXt. 🔬 🌈 And while you are there, why not check out some of the other imaging technology solutions for imaging presented in our #TechExchange: https://lnkd.in/e7DDq4Cv

Testing out cool new fluorecence samples with our friend and supporter Alvaro Crevenna at EMBL Rome... Stay tuned to discover the latest innovations from #FLIMLABS!  abberior #FLIM #fluorecencelifetime #optics #microscopy #photonics #innovation

📢 The #TechExchange webinar featuring #FLIMLABS as a guest of Euro-BioImaging is now online! If you missed it or are curious about how we’re Simplifying #FluorescenceLifetime Imaging with Cutting-Edge Solutions, don’t worry—you can catch up now! 👇 Watch the full video here!

🚀We’re expanding our reach! 🌏LaserBlood is now active on Asian social media #Weibo, #Bilibili, and #RedNote, bringing our mission of early pancreatic cancer detection to an even wider audience. As we grow, so does our commitment to spreading #awareness and #innovation in #healthcare. Follow us to stay updated on our progress and breakthroughs! #LaserBlood #PancreaticCancerDetection #CancerAwareness

👶 We recently visited the Ospedale Pediatrico Bambino Gesù in Rome 👨🔬 to showcase a demo of our #FLIM Upgrade 🚀 for the abberior #STEDYCON! 🔬 #optics #fluorecencelifetime #photonics #microscopy Alessandro Rossetta Stefania Petrini Giulia Suardi Sabrina Isgrò Michela Piccione Andrea Nobili FiveBits S.r.L.

👩🔬👨🔬 Integrare l'analisi del tempo di decadimento della fluorescenza nel tuo laboratorio ora non è più un tabù! La fluorescence lifetime analysis è una tecnica che sta sempre più venendo utilizzata grazie al numero in crescita delle applicazioni possibili, grazie anche a strumenti come quello messo a punto da FLIM LABS che rende accessibile la FLA e la FLIM a tutti, in termini economici e di semplicità. FLIM LABS propone un kit che include un modulo laser a impulsi, un rivelatore SPAD (Single-Photon Avalanche Diode) e una scheda di acquisizione dati FLIM compatta. Questa soluzione integrata facilita l'implementazione di tecniche FLIM, permettendo misurazioni precise e affidabili del tempo di vita della fluorescenza in vari campi di ricerca. #FLIM #SPAD #Laser #Fotonica https://lnkd.in/d_c3Qzyy

What if you could separate #multiple #fluorophores with identical spectra—just by their #lifetime? 🔬 FLISM for Multispecies Imaging  With PRISM-LIGHT based on SPAD array technology, you get super-resolution in space and time in a single instrument, enabling true photon-resolved FLISM. How? By leveraging the best lifetime analysis techniques: 🌀 Phasor Segmentation Method: Ideal for situations where you have a priori knowledge of the lifetime components present in the sample. This method assigns pixels to predefined lifetime clusters, making it highly efficient for distinguishing known fluorophores in complex environments. 🔍🌈 Phasor Separation Method: Best suited for unknown or mixed species, as it allows the identification of distinct lifetime components even when spectral overlap is present. It works by resolving the contributions of multiple fluorophores in a pixel without the need for explicit fitting. 🔴🟢🔵 Pulsed Interleaved Excitation (PIE): Essential when dealing with fluorophores that have overlapping emission spectra but different excitation pathways. By alternating laser pulses at different wavelengths, PIE enhances species separation by exploiting their excitation-specific lifetime signatures. 💡 Check out Figure 4 from: https://lnkd.in/d7_hGFpJ — this is how it's done. 🚀 Ready to push the limits of fluorescence imaging? Let’s connect. #SPAD #FLIM #SuperResolution #PhotonTiming #MultispeciesImaging