UM6P said the launch of CoreLabs responds to a challenge of scientific and industrial competitiveness, at a time when access to cutting-edge infrastructure and data mastery are decisive factors. Many African researchers have so far relied on international platforms, leading to delays, high costs and a loss of control over results.
The CoreLabs project seeks to overcome this dependency by offering a « comprehensive environment allowing the entire research cycle to be conducted locally, from experimentation to validation. »
The infrastructure is structured around three specialized platforms: Imaging and Characterization, Biosciences, and Analytical Chemistry. Each provides access to advanced equipment rarely available in Africa.
The Imaging and Characterization CoreLab includes a transmission electron microscope (TEM) and a Focused Ion Beam (FIB) system, enabling nanoscale analyses. These capabilities find applications in innovative materials, energy, precision agriculture, and health sciences.
The Biosciences component focuses on genomics, biotechnology, and cellular imaging. It features high-throughput sequencing platforms and advanced cellular analysis tools. These allow the exploration of complex biological systems. They also support applications in precision medicine and food security.
The Analytical Chemistry component includes instruments for detecting and analyzing micropollutants, trace metals, and emerging substances in various environments. The data supports researchers, industry professionals, and decision-makers. It helps them develop sustainability-oriented solutions and improve resource management.
