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Recognition for research on LymphChip sensors

July 29, 2025

The joint poster of Pratik Tawade and Germaine Aalderink from LymphChip and Jia-Jun Yeh from SmartOoC was rewarded with one of the three best poster prizes at the TRANSDUCERS 2025 conference in Orlando, Florida. The poster highlights the development of a biocompatible sensor to measure the integrity of tissue barriers suited for a standardized and modular organ-on-chip platform.

Furthermore, the review paper by Pratik Tawade and Massimo Mastrangeli entitled “Integrated Electrochemical and Optical Biosensing in Organs-on-Chip” was selected by ChemBioChem for the annual Readers’ Choice campaign featuring the most popular articles from 2023 and 2024 in terms of citations, downloads, and social media activity. Throughout 2025, emails from ChemBioChem will contain a link to the landing page where all selected papers are showcased and the article itself is tagged with “ChemBioChem Readers’ Choice 2025”. The article was also recognized as the “Top Viewed Article” in ChemBioChem, as it has ranked within the top 10% of most-viewed papers published by the journal in 2023-24.

More news

Cuore workshop
April 21, 2026

On the 16th of April, the Leiden Organ-on-Chip Center and Optics11 Life organized a workshop focused on the “Cuore” platform at Mirai House in Leiden. This platform was developed by Optics11 Life and enables contractility measurements of 3D engineered muscle tissues, including cardiac, skeletal and smooth muscle tissue. Optics11 Life talked about the capabilities and potential […]

February 16, 2026

Following the development of an application note developed in collaboration with the Leiden Organ-on-Chip Center, Fluigent will host a webinar on the topic of flow in Organ-on-Chip models and vascular in vitro modeling. Application note authors Dr. Valeria Orlova and Dr. Dhanesh Kasi from the LUMC will share their insights into vessel-on-chip modelling under dynamic flow conditions, with a […]

Application Note Fluigent
January 27, 2026

Flow conditions and a stable well-defined flow direction are important to culture in vivo-like endothelial cells over time that maintain their organization and function. With help of Dhanesh Khasi, Hanna Lammertse and Valeria Orlova, an application note was put together by Fluigent describing the proper conditions for hiPSCs-derived vascular organ-on-chip model under unidirectional controlled flow: https://www.fluigent.com/resources-support/expertise/application-notes/hipscs-derived-vascular-organ-on-chip