Jun 2025 Real-time protein sensor uses reversible Fab fragments Congratulations to Claire Michielsen and her team at Eindhoven University of Technology for their exciting new publication in ACS Sensors, titled “Continuous Protein Sensing Using Fast-Dissociating Antibody Fragments in Competition-Based Biosensing by Particle Motion”. This innovative work explores how engineered [...] Read more
May 2025 Advancing microfluidic flow control: A game-changer in microfluidics Congratulations to Dr. Liviu Clime and his team for pushing the boundaries of microfluidic technology! Their latest publication unveils a groundbreaking approach to fluid handling, setting new standards in precision, automation, and efficiency. Their work highlights the importance of microfluidic flow control and its applications in [...] Read more
Mar 2025 Precision pump: Advancing super-resolution glycotyping research At AMF, we are always thrilled to see our precision-engineered microfluidic components enabling cutting-edge scientific research. We extend our congratulations to Marrit M. E. Tholen and her team for their recent publication in Communications Biology, where they introduce Lectin-PAINT, a super-resolution imaging [...] Read more
Feb 2025 Microfluidic sample preparation: Innovating in protein isolation for multi-stage characterization The study introduces a novel microfluidic-based method called MISO (Microfluidic Isolation), designed to streamline the protein purification process for cryo-electron microscopy (cryo-EM). Traditionally, cryo-EM grid preparation requires [...] Read more
Nov 2024 Microfluidic biosensing for C-reactive protein using microring resonators We are thrilled to recognize the achievements of Nils Boertjes and his team for their work on developing a rapid, ultrasensitive biosensor using microring resonators. This groundbreaking research explores a low-cost, opto-microfluidic platform capable [...] Read more
Oct 2024 Breakthrough in biosensing stability with EG-OFET technology We congratulate Dimitrios Simatos and his team from the University of Cambridge and HE-Arc Engineering for their achievement in the development of electrolyte-gated organic field-effect transistors (EG-OFETs). Their recent publication focuses [...] Read more
