Abstract #1035
            Non-contrast enhanced non-invasive detection and follow-up of lung tumors in mice
                      Andrea Bianchi                     1                    , Sandrine Dufort                     2,3                    , 						Pierre-Yves Fortin                     1,4                    , Franois Lux                     5                    , 						Gerard Raffard                     1                    , Nawal Tassali                     1                    , 						Olivier Tillement                     5                    , Jean-Luc Coll                     2                    , 						and Yannick Crmillieux                     1          
            
            1
           
           Centre de Rsonance Magntique des Systmes 
						Biologiques, University of Bordeaux, Bordeaux, Bordeaux, 
						France,
           
            2
           
           IAB-INSERM 
						U823, University Joseph Fourier, Grenoble, France,
           
            3
           
           Nano-H, 
						Saint Quentin  Fallavier, France,
           
            4
           
           Institut 
						de Bio-Imagerie (IBIO) CNRS/UMS 3428, University of 
						Bordeaux, Bordeaux, France,
           
            5
           
           ILM 
						UMR 5306, University Lyon 1, Lyon, France
          
            
          Lung cancer is the leading cause of cancer deaths 
						worldwide. MRI can play a major role being a noninvasive 
						imaging technique, characterized by good soft tissue 
						contrast, high spatial resolution, and absence of 
						ionizing radiation. We propose here an in vivo MRI 
						longitudinal study of lung adenocarcinoma detection in 
						tumor-bearing immunodeficient mice without the use of 
						contrast agents. Free-breathing Ultra-short Echo Time 
						(UTE) MRI acquisitions were compared to standard 
						gradient echo lung MR images using both 
						respiratory-gated and free-breathing protocols. The 
						results were validated against Bioluminescence Imaging 
						(BLI) and histology.
         
 
            
				
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