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Welcome to the Cenibra Blog!

Here you will read about the newest publications, events, and fascinating science that you can do with our products!

CQ1 meets Celigo

Claudia Stäubert’s team synergistically used the CQ1 confocal imaging system and Celigo Imaging Cytometer to show how the location of the succinate receptor (SUCNR1) inside the cell shapes downstream signaling. Their work reveals how metabolism and localization together drive receptor function.

von Leo Schroeder
Turn Images Into Data:

Discover Yokogawa’s Cell Path Finder, an intuitive and flexible image analysis software that transforms your high-resolution CQ1 and CQ3000 images into insightful, quantitative data. Built with machine learning-based segmentation and multi-parametric analysis, the CPF will accelerate translational outcomes of your experiments.

von Leo Schroeder
Beyond legacy staining:

High-plex spatial biology is limited by legacy staining methods that introduce cross-reactivity, background noise, and panel-design bottlenecks. Beyond those challenges, newer multiplexing solutions could pave the way for more robust, flexible workflows that support the highest-quality spatial data.

von Leo Schroeder
"Chance favors the prepared mind" ~ Louis Pasteur

Yannick Brüggemann, Postdoc at the Department of Molecular and Medical Virology at Ruhr University Bochum, shares his insights and experience with the LAC Jumpstarter contest and how a serendipitous finding using the CQ1 confocal microscope led to an exciting publication.

von Leo Schroeder
Cenibra Event at Miniatur Wunderland, Hamburg

What could be a better fit for cell microscopy than an entire miniaturized world? In May 2025, we invited a broad audience of cell imaging aficionados to a very special location for our science event to exchange, discuss and unwind after the SLAS conference in Hamburg.

von Réka Enz
MIT DEM BRS SYSTEM ANTIOXIDANZIEN MESSEN

Antioxidantien sind so etwas wie die unsichtbaren Bodyguards deines Bieres. Ohne sie? Da schmeckt dein Lieblings-Pale Ale schnell nach Pappe, sieht trüb aus und verliert seine Frische. Aber was genau machen diese Schutzstoffe im Bier – und warum sind sie so wichtig?

von Réka Enz
MIT DEM BRS SYSTEM ANTIOXIDANZIEN MESSEN

In dieser zweiten Folge unserer Blogserie „Kraftpakete aus der Natur“ tauchen wir ein in die Welt des Weins – und der antioxidativen Schutzmechanismen, die ihn frisch, farbintensiv und aromatisch halten. Willkommen in der Symbiose von Natur, Chemie und Genuss.

von Réka Enz
Antioxidants and the BRS System

Antioxidants are not only good for our health, but also for the quality and shelf life of our food. Modern technologies such as the BRS make it easier than ever to measure their effect.

von Stephan Brockmann
Mit dem BRS System Antioxidanzien messen

Antioxidantien sind nicht nur gut für unsere Gesundheit, sondern auch für die Qualität und Haltbarkeit unserer Lebensmittel. Moderne Technologien wie das BRS machen es einfacher denn je, ihre Wirkung messbar zu machen.

von Stephan Brockmann

Discover the next level of precision and efficiency in cell counting with the new Cellometer Ascend. Faster, simpler, and more precise than ever, this innovative device redefines lab workflows, making even the most complex cell analysis seamless and reliable.

von Christoph Enz

The synergistic use of Celigo and CQ1 enhances research efficiency by combining rapid initial screenings with detailed high-resolution imaging. This approach is beneficial for core facilities and ambitious labs aiming to push their research boundaries.

von Michael Schell

Why are 3D organoid models so important? Traditional 2D cell cultures often fall short in translating to clinical success. In contrast, 3D models provide a more accurate microenvironment, reflecting in vivo conditions more closely. This makes them invaluable for drug discovery, toxicity studies, and understanding disease mechanisms.

von Michael Schell
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