Interherence (@interherence) 's Twitter Profile
Interherence

@interherence

Enabling everyone to perform high sensitivity optical 🔬 experiments down to the single molecule level. Reproducible - plug & play. Spin-off @MPI_Light.

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linkhttps://interherence.com/ calendar_today14-07-2020 06:22:11

584 Tweet

1,1K Followers

4,4K Following

Interherence (@interherence) 's Twitter Profile Photo

🚀 Dive into the future of DNA nanotechnology with our stunning heat maps of DNA origami rotor localization using QUSCITE-TIRF! Thanks to @SebastianBeer & @Hamamatsu for providing the latest camera technology, and a shout-out to Enzo Kopperger for his help in sample

🚀 Dive into the future of DNA nanotechnology with our stunning heat maps of DNA origami rotor localization using QUSCITE-TIRF! 
Thanks to @SebastianBeer & @Hamamatsu  for providing the latest camera technology, and a shout-out to Enzo Kopperger for his help in sample
Interherence (@interherence) 's Twitter Profile Photo

We are going to Japan! 🇯🇵✨ We will join our distribution partner Quantum Design Japan at the 76th Annual Meeting of the Japanese Society for Cell Biology in Tsukuba, Japan, from July 17 to 19! 🎙️Don’t miss our talk on July 17 at 12 pm, where we will discuss our chip-based

We are going to Japan! 🇯🇵✨
We will join our distribution partner Quantum Design Japan at the 76th Annual Meeting of the Japanese Society for Cell Biology in Tsukuba, Japan, from July 17 to 19!
🎙️Don’t miss our talk on July 17 at 12 pm, where we will discuss our chip-based
Interherence (@interherence) 's Twitter Profile Photo

💡Are you also looking for an on-scope temperature controller that rapidly changes the temperature to create thermal imaging channels? 🌡️ 🎉 Check out this research article from Peng Yin's lab at the Wyss Institute, published in Nature Methods, highlights how VAHEAT enabled the

💡Are you also looking for an on-scope temperature controller that rapidly changes the temperature to create thermal imaging channels? 🌡️

🎉 Check out this research article from Peng Yin's lab at the Wyss Institute, published in Nature Methods, highlights how VAHEAT enabled the
Interherence (@interherence) 's Twitter Profile Photo

📣 We are gearing up for the annual #SMLMS2024 meeting, this time in Lisbon & Oeiras, where Interherence connects with the single molecule localization community! Drop by for a chat with Shoumik Roy and discover how our cutting-edge add-on systems can simplify your

📣 We are gearing up for the annual #SMLMS2024 meeting, this time in Lisbon & Oeiras, where Interherence connects with the single molecule localization community!

Drop by for a chat with Shoumik Roy and discover how our cutting-edge add-on systems can simplify your
Interherence (@interherence) 's Twitter Profile Photo

💡Are you also interested in understanding the effects of thermal stress on biological mechanisms? 🌡️ 🎉Research article from Prof. Fei Wang's lab at the UT Southwestern Medical Center highlights how VAHEAT enabled the uncovering of heat-induced meiotic stress granules in

💡Are you also interested in understanding the effects of thermal stress on biological mechanisms? 🌡️

🎉Research article from Prof. Fei Wang's lab at the UT Southwestern Medical Center highlights how VAHEAT enabled the uncovering of heat-induced meiotic stress granules in
Ella Nicklin (@ella_nicklin) 's Twitter Profile Photo

Check it out - I built my first microscope yesterday…admittedly with some help! Had a fun filled day learning about fundamental optical principles, sample prep and Köhler illumination Optical Microscopy #OMIBS2024

Check it out - I built my first microscope yesterday…admittedly with some help! Had a fun filled day learning about fundamental optical principles, sample prep and Köhler illumination <a href="/OMIBS_MBL/">Optical Microscopy</a> #OMIBS2024
Interherence (@interherence) 's Twitter Profile Photo

📢 Exciting News! We're excited to be in the beautiful city of Copenhagen for the 38th ECIS 2024 Conference - European Colloid and Interface Society! 🌡️ Looking for precise temperature control for imaging self-assembly of colloids, lipids, nanoparticles, hydrogels, or phase

📢 Exciting News! We're excited to be in the beautiful city of Copenhagen for the 38th ECIS 2024 Conference - European Colloid and Interface Society!

🌡️ Looking for precise temperature control for imaging self-assembly of colloids, lipids, nanoparticles, hydrogels, or phase