Multimodal analysis methods in predictive biomedicine
1 January 2023·,,,,·
0 min read
Arber Qoku
Nikoletta Katsaouni
Nadine Flinner
Florian Buettner
Marcel H. Schulz
Abstract
For medicine to fulfill its promise of personalized treatments based on a better understanding of disease biology, computational and statistical tools must exist to analyze the increasing amount of patient data that becomes available. A particular challenge is that several types of data are being measured to cope with the complexity of the underlying systems, enhance predictive modeling and enrich molecular understanding. Here we review a number of recent approaches that specialize in the analysis of multimodal data in the context of predictive biomedicine. We focus on methods that combine different OMIC measurements with image or genome variation data. Our overview shows the diversity of methods that address analysis challenges and reveals new avenues for novel developments.
Type
Publication
Computational and Structural Biotechnology Journal
Authors
Nikoletta Katsaouni
(she/her)
Postdoc
I am a bioinformatics researcher working at the intersection of AI, genomics, and personalised medicine. My research focuses on developing machine-learning approaches to integrate complex biomedical data and support patient-specific prediction, therapeutic decision-making, and therapy selection.
My broader goal is to bring AI closer to truly personalised medicine — because when it comes to biology, one size rarely fits all.