Who is Arnaud Favier ?
"I am a CNRS researcher since 2009 in the Lab. Ingénierie des Matériaux
Polymères (www.imp-umr5223.fr) in Lyon, France, which is dedicated to
fundamental and applicative research on polymer science. My work is
mainly devoted to the interface between polymer chemistry and biology,
especially to the development of polymer probes for bioimaging
applications in infectiology and cancerology (hosted team in the
transdisciplinary lab. Joliot-Curie at ENS de Lyon, 2009-2015). Prior to
CNRS, I served as scientist in two biotech companies Ilypsa and Relypsa
Inc., Santa Clara, California, USA, focusing on polymer therapeutics. I
obtained my Ph.D. and M.S. at the University of Lyon, France, in the
CNRS/bioMérieux joint unit at ENS de Lyon and completed two
post-doctoral research at the University of New South Wales, Sydney,
Australia, and the University of Aix-Marseille, France."Dedication to ensure prolonged, stable blinking for microscopy
Researchers using dSTORM imaging were constantly constrained by the short lifespan and inconsistency of standard imaging buffers. The fluorescence signals would fade too quickly, limiting the potential for long-term observation and intricate analysis.
Arnaud and his team, driven by his dedication to practical innovation, took on this challenge with a simple yet ambitious question: What if there was a buffer that could last longer, stay stable, and allow researchers to capture more data without interruptions?
After countless experiments and refinements, Arnaud and his team developed EverSpark, a long-lasting buffer that revolutionizes dSTORM imaging. Designed to ensure stability over extended sessions, EverSpark provides researchers with the freedom to focus on their observations, confident in the reliability of their results.
No more rushing when imaging
EverSpark is a solution that transforms workflows in fluorescence microscopy. With its ability to maintain fluorescence signals up to 3.5 months. This solution allows researchers to push the boundaries of super-resolution imaging. From observing dynamic molecular interactions to mapping cellular structures in exquisite detail, EverSpark has become an essential tool for unlocking the nanoscale world.
Continue the journey to a perfect calibration
Achieving groundbreaking insights doesn’t stop at maintaining fluorescence stability. To truly unlock the potential of super-resolution microscopy, precise calibration is key. That’s where SpheroRuler steps in, a companion innovation designed to ensure the highest accuracy in single-molecule localization microscopy (SMLM).
These meticulously engineered calibration beads provide researchers with a reliable standard, enabling them to fine-tune their imaging systems and trust every nanometer of their measurements.
Together, EverSpark and SpheroRuler create a seamless workflow, empowering scientists to explore the nanoscale world with unparalleled clarity and confidence. .
