High-content Proteomics Over the past five years, we have made a number of advances in the precise, high-throughput and large-scale characterization of […]
Lung Fibrogenesis Our aim is to contribute to the understanding of the pathological process that regulate the initiation, progression and exacerbation of […]
NEMS-MS This project aimed to push back the limits of mass range detection using Nano-Electro-Mechanical resonators (NEMS). NEMS were developed for various […]
Histone modifications Gene expression is largely regulated via the incorporation of histone variants and the dynamic modification of histones by various chemical […]
The EDyP team’s proteomics activities are supported by a range of instruments currently comprising two automated liquid handling workstations for biochemical preparation […]