 
 
    Abstract Archives of the RSNA, 2009
    
 
	LL-NR5137-L
    The Human Brain in 1,002 Pieces: A Comprehensive and Interactive 3D Atlas of Structure, Vasculature, and Connections from Multiple 3 T and 7 T Acquisitions
    Education Exhibits 
   
  
   Presented on December 2, 2009 
   
   
    
    	
   		 Magna Cum Laude
 Magna Cum Laude
        
   		 Excellence in Design
 Excellence in Design
        
   
   
  
  
   
   
   
   		
		Wieslaw Lucjan Nowinski PhD, Presenter:  Nothing to Disclose 
	
   
   		
		Beng Choon Chua, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Guoyu Qian MS, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Ihar Volkau PhD, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Michael Vinzenz Knopp MD, PhD, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Val Murray Runge MD, Abstract Co-Author: Research grant, Bracco Group
Research grant, Bayer AG 
	
   
   		
		Yevgen Marchenko MS, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Fiftarina Puspitasari, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Natalia Nowinska, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Looi Chow Lee, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		Guo Liang Yang, Abstract Co-Author:  Nothing to Disclose 
	
   
   		
		00030490-DMT et al, Abstract Co-Author:  Nothing to Disclose 
	
    
     Redefining the radiology classroom and reading room is one of main challenges. To enhance our understanding of the brain, we construct an atlas with a three-dimensional (3D) model of the brain’s structure, vasculature and tracts (in contrast of presenting these systems separately). Our solution shifts the paradigm from reductionistic to holistic.
   
    
     Multiple 3T and 7T scans (MPAGE,TOF,SWI,SPGR,DTI) of the same subject were acquired and coregistered. All arteries, veins, sinuses, cortex, subcortical structures, tracts were parcellated into 1,000 3D components, each labeled with name. The brain is dissectible electronically via selectable individual components (structures, vessels, tracts), layers (head, gray/white matter, subcortical structures) and cutting planes (lobes, brainstem). An interactive atlas with exploration tools is developed.
   
    
     This exhibit: 1)presents a new generation, comprehensive, 3D, interactive, detailed brain atlas; 2)correlates structure with vasculature and tractography in 3D; 3)introduces a novel paradigm of interaction with 1,000 components (cortical areas,subcortical structures,arteries,veins,sinuses,tracts); 4)provides real-time manipulation (zoom/rotate/pan) and labeling; 5)provides localization/quantification (coordinates,distances,vessel diameter); 6)enhances understanding of the brain in a few clicks.
   
Nowinski, W,
Chua, B,
Qian, G,
Volkau, I,
Knopp, M,
Runge, V,
Marchenko, Y,
Puspitasari, F,
Nowinska, N,
Lee, L,
Yang, G,
et al, 0,
The Human Brain in 1,002 Pieces: A Comprehensive and Interactive 3D Atlas of Structure, Vasculature, and Connections from Multiple 3 T and 7 T Acquisitions.  Radiological Society of North America 2009 Scientific Assembly and Annual Meeting, November 29 - December 4, 2009 ,Chicago IL.  
http://archive.rsna.org/2009/8010597.html