Artificial Intelligence in Medical Imaging for novel Cancer User Support
The aim of AMICUS is to develop and utilise technology for distributed deep learning on medical images
1156 Projects
Killing latently infected cells to cure HIV
Research on HIV treatment, including developing assays for HIV reservoirs, evaluating latency-reversing agents, and enhancing CD8+ T cell-mediated killing
A synthetic RNA delivery platform for universal ex vivo modification of natural killer cells
Screening of a nanoparticle library to deliver messenger RNAs into natural killers cells for cancer immunotherapy
Immunotherapy targeting mutant nucleophosmin-1 on acute myeloid leukemia
T-lymphocytes can be engineered with receptors for mutant nucleophosmin-1 to target acute myeloid leukemia
Train the chicken immune system to improve vaccine mediated protection
Train the chicken innate immune system to eventually boost vaccine responsiveness
Development of vaccines to improve porcine health
Vaccines against an emerging coronavirus pathogen in pigs
Specific Sympathetic Stimulation to target the immune response
An implantable device is designed to stimulate nerve bundles to reduce inflammatory disease
Automatic recognition of anatomical structures to reduce animal experiments
Research using animal models would greatly benefit from software that can automatically recognise anatomical structures
Multiparameter test for thrombosis and bleeding
A novel flow test to better predict the risk of thrombosis or bleeding
Dementia diagnostics using artificial intelligence; computer tool for memory clinics
Developing a light-weighted computer tool for dementia diagnostics, meeting the needs of clinicians and patients