The work shares the thermoviscous-flow principle behind RAPP's #FLUCS. But, automated multiplexing and microrobotics are research-stage, not current product features.
The work shares the thermoviscous-flow principle behind RAPP's #FLUCS. But, automated multiplexing and microrobotics are research-stage, not current product features.
Je vais me rouler sous la couette.
Send lolcats please
Je vais me rouler sous la couette.
Send lolcats please
link.springer.com/article/10.1...
link.springer.com/article/10.1...
Lundi dernier, un policier a fracturé la mâchoire d'un adolescent de 14 ans avec un tir de lance-grenade Cougar : www.mediapart.fr/journal/fran...
Mais peut être que tu l'as vu..
Mais peut être que tu l'as vu..
Don't miss out – day tickets are still available! Grab yours now and join us for an unforgettable TiM! 🙌🔥
I'm super excited to show you the latest advancements in our #photomanipulation instruments like our cutting-edge tool, #FLUCS.
You can find me with our US partners 89North and Chroma Technologies at their booth #409, or our FLUCS poster (no. 2360-Pos)
I'm super excited to show you the latest advancements in our #photomanipulation instruments like our cutting-edge tool, #FLUCS.
You can find me with our US partners 89North and Chroma Technologies at their booth #409, or our FLUCS poster (no. 2360-Pos)
Il est capturé par les chinois qui sont des flucs de Hong-Kong. D’avant la rétrocession.
Il est capturé par les chinois qui sont des flucs de Hong-Kong. D’avant la rétrocession.
@paraspeckle.bsky.social and his student Jona Novljan
@paraspeckle.bsky.social and his student Jona Novljan
🔃 x 🔬 FLUCS helps controllably perturb transport, mixing, mechanics and local intracellular dynamics while imaging in parallel.
✅ Useful for local rheology, protein redistribution, cytoplasmic streaming, developmental biology, and difficult-to-label samples.
🔃 x 🔬 FLUCS helps controllably perturb transport, mixing, mechanics and local intracellular dynamics while imaging in parallel.
✅ Useful for local rheology, protein redistribution, cytoplasmic streaming, developmental biology, and difficult-to-label samples.
➡️ No physical contact, no labels, no refractive-index matching: just the sample and IR light.
🌡️ Because the mechanism is IR-based, FLUCS can also create local temperature gradients for #thermogenetics and other temperature-sensitive processes.
➡️ No physical contact, no labels, no refractive-index matching: just the sample and IR light.
🌡️ Because the mechanism is IR-based, FLUCS can also create local temperature gradients for #thermogenetics and other temperature-sensitive processes.
🪄 Modern #microscopy is no longer only about observing samples.
🌀 With #FLUCS, a rapidly scanned IR laser creates controlled, localized thermoviscous flows inside the sample, turning the microscope into a tool for active, non-invasive flow perturbation.
🪄 Modern #microscopy is no longer only about observing samples.
🌀 With #FLUCS, a rapidly scanned IR laser creates controlled, localized thermoviscous flows inside the sample, turning the microscope into a tool for active, non-invasive flow perturbation.
💡 Come by our booth to talk about #photomanipulation, laser ablation, #FLUCS, and custom microscopy solutions for #mechanobiology experiments.
👋 See you at the booth!
#EESMechanobiology
💡 Come by our booth to talk about #photomanipulation, laser ablation, #FLUCS, and custom microscopy solutions for #mechanobiology experiments.
👋 See you at the booth!
#EESMechanobiology
🧪 FLUCS is useful for perturbing transport, mixing, mechanics, and local intracellular dynamics while imaging in parallel.
🔬 × 🌀 FLUCS is compatible with common microscope platforms via RAPP software.
💡 Truly, a new layer of non-invasive & label-free flow & temperature control.
🧪 FLUCS is useful for perturbing transport, mixing, mechanics, and local intracellular dynamics while imaging in parallel.
🔬 × 🌀 FLUCS is compatible with common microscope platforms via RAPP software.
💡 Truly, a new layer of non-invasive & label-free flow & temperature control.
🌡️ FLUCS also goes beyond flow control.
Because it is IR-based, it can generate (local) temperature gradients, opening the door to thermogenetics and other temperature-sensitive workflows.
🌡️ FLUCS also goes beyond flow control.
Because it is IR-based, it can generate (local) temperature gradients, opening the door to thermogenetics and other temperature-sensitive workflows.
🪄 What if you could move intracellular structures using only light?
🌀 FLUCS uses a rapidly scanned IR laser to generate thermoviscous flows inside the sample.
❌ No contact
❌ No labels
❌ No RI matching required
✅ Just your sample & IR light
#Photomanipulation #Microscopy #Bioimaging #Biophysics
🪄 What if you could move intracellular structures using only light?
🌀 FLUCS uses a rapidly scanned IR laser to generate thermoviscous flows inside the sample.
❌ No contact
❌ No labels
❌ No RI matching required
✅ Just your sample & IR light
#Photomanipulation #Microscopy #Bioimaging #Biophysics