Using machine learning to predict disease progression in multiple sclerosis

A combination of only 11 proteins can predict long-term disability outcomes in multiple sclerosis (MS) for different individuals.

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Stockholm ,Sweden ,Swedish ,Sara Hojjati ,Mika Gustafsson ,Department Of Physics ,Nature Communications ,University Hospital ,Swedish Foundation ,Clinical Sciences At Link ,Swedish Foundation For Strategic Research ,Swedish Brain Foundation ,Karolinska University Hospital ,Swedish Research Council ,University Of Sk ,Department Of Biomedical ,Karolinska Institute ,Ugglas Foundation ,Alice Wallenberg Foundation ,Clinical Sciences ,Strategic Research ,Machine Learning ,Bioinformatics ,Flood ,Rain ,Central Nervous System ,Disability ,Hospital ,Immune System ,Multiple Sclerosis ,Myelin ,Nerve ,Nervous System ,Protein ,Roteomics ,Research ,Clerosis ,