Interherence GmbH

22/02/2022

Our booth was opened in the morning and already had a lot of interesting chats about TIRF and temperature control!

We enjoyed presenting today at the . If you missed the talk you can still come to the booth tomorrow until 4 p.m.
You will see both of our devices live in action!

= waveguide-based TIRF 🔬
= mini temperature controller for microscope 🔬

Come by, we are #412. That's your first chance to see the prototype of our waveguide-based TIRF system .

https://interherence.com/

16/02/2022

The meeting of Biophysical Society will be your first opportunity to get a glimpse of our waveguide-based TIRF device . We will reveal more details during a talk we give at the conference.

Get your invitation card to this exclusive event at our booth #412.
Talk: Monday 21st, 4:30 p.m. Esplanade, Room 158

https://interherence.com/quscite/

14/02/2022

We will be at meeting of the Biophysical Society in San Francisco. This is our favorite meeting!

So happy to interact with researchers in person again! Come to our booth #412 to discuss your imaging experiments. Perhaps we have temperature control or TIRF illumination solution for you 🔬.

02/02/2022

A new publication from Zacharie lab at the Max-Planck-Institut für Biochemie using to inactive temperature-sensitive alleles in yeast.

Heat shock and simultaneous live-cell imaging? An easy task with !

Published on EMBO journal. Congratulations to all the authors!

Read more:

Spore differentiation is coordinated with meiotic progression via APC/C-mediated Spo13 degradation, which facilitates meiotic plaque formation by removal of Spc72.

01/02/2022

🎉A paper describing our miniaturized temperature controller and the philosophy behind its design is now published on
Microscopy Today.
All you need to know in one place. 🔬🌡

Now you have a reference to cite when you use 😉

Link: https://www.cambridge.org/core/journals/microscopy-today/article/precise-and-dynamic-temperature-control-in-highresolution-microscopy-with-vaheat/5BB5B9202D748DBF5216168765DF01AE🔬

08/12/2021

📢 We are excited to reveal what we have been working on for more than two years: The next generation of total internal reflection (TIR) microscopy, we name it .
It is a waveguide-based excitation platform that can be used to upgrade any home-built or commercial microscope 🔬 with TIR functionality based on photonic integrated circuits (PIC).

We are convinced that QuScite is a game-changer for high sensitivity microscopy experiments as it uniquely combines ease of use with reproducibility. We achieve this by combining state-of-the-art thin-film technology and nano-, microfabrication with high-resolution optical microscopy. We specifically tailored QuScite for:
👉 live cell imaging
👉 single-molecule studies
👉 DNA research
👉 super-resolution microscopy

If you want to learn more, check out our website: https://interherence.com/quscite/

Systems for beta testers are available already now!

We will launch early next year! Stay tuned! 🚀🚀🚀

17/11/2021

We have released a new version of software.

The main UX change for the users is the possibility to add substrate calibration values (R25, TKR) directly in the software.

It can be downloaded from our website 👇
https://interherence.com/downloads/

05/11/2021

We are running a webinar next Wednesday (Nov. 10th) for everyone interested in temperature-controlled experiments with

More information and registration:
https://lnkd.in/dmx9cX5r

Our dynamic thermal control for microscopy: https://lnkd.in/gFF4WMz