Abstract #3611
            Predicting recovery from stroke using baseline imaging biomarkers of structural connectome disruption
                      Amy Kuceyeski                     1                    , Babak B. Navi                     2                    , 						Hooman Kamel                     2                    , Norman Relkin                     2                    , 						Ashish Raj                     3                    , Joan Toglia                     4                    , 						Costantino Iadecola                     2                    , and Michael O'Dell                     4          
            
            1
           
           Radiology and the Brain and Mind Research 
						Institute, Weill Cornell Medical College, New York, NY, 
						United States,
           
            2
           
           Neurology 
						and the Brain and Mind Research Institute, Weill Cornell 
						Medical College, NY, United States,
           
            3
           
           Radiology 
						and the Brain and Mind Research Institute, Weill Cornell 
						Medical College, NY, United States,
           
            4
           
           Rehabilitation 
						Medicine, Weill Cornell Medical College, NY, United 
						States
          
            
          This work aims to predict three aspects of post-stroke 
						recovery, including daily activity, cognition and basic 
						mobility. We compare two models, one based on patient 
						demographics and lesion volume and the other based on 
						patient demographics and structural connectome 
						disruption information gleaned from the Network 
						Modification (NeMo) Tool. Models based on the NeMo tool 
						had higher accuracy and lower Akaike Information 
						Criterion, and also provided insight into the regions 
						important for each of the three measured functional 
						domains. After thorough validation, this method could be 
						a valuable quantitative tool for clinicians in 
						developing prognoses and rehabilitation plans for 
						post-stroke recovery.
         
 
            
				
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