Sort by
Refine Your Search
-
Listed
-
Category
-
Employer
-
Field
-
translate into concrete health outcomes. The BRANCH project wants to change that. By combining conceptual work on green space typologies, advanced geospatial analytics, AI-based image analysis, citizen
-
analyze imaging (DHM) and sequencing datasets (RNA-seq, Ribo-seq where relevant; nanopore long-read). • Perform computational analysis: differential expression, splicing, RNA processing and modification
-
at the cellular level, and (iii) applying quantitative image analysis to compare structural organization across fertile and infertile donors. The project is embedded in an active collaboration with a local
-
31 Jan 2026 Job Information Organisation/Company KU LEUVEN Department Cardiovascular Sciences - Imaging Research Field Medical sciences » Medicine Researcher Profile First Stage Researcher (R1
-
language processing Develop and curate multimodal, multilingual resources for low-resource languages Design, implement, and evaluate methods that leverage multimodal signals, such as images and speech, to improve
-
an existing system based on artificial intelligence and high-speed imaging. The idea is to bring the system to the clinic and to create a new generation of intelligent safety systems for radiotherapy. The goal
-
is to integrate genetics, cell biology, genomics, and bio-computing to unravel plant biological processes and to further translate this knowledge into value for society. Please visit us at
-
projector in image reconstruction. Dual-energy imaging will be explored for quantitative determination of electron density (ρₑ) and effective atomic number (Zeff), for the inference of WAC-relevant indicators
-
formed to engulf cellular material, is critical for cellular health and healthy ageing. This process is hierarchical and can be understood as a sequential process, where key protein complexes and
-
preclinical data, advanced imaging from PET and SPECT scans, and Monte Carlo-based absorbed dose calculations, the project will contribute to more accurate dose–response assessments and inform future strategies