MORRISON et al. V. MANNHEIMER et al. - Page 12




          Interference No. 103,197                                                      


          denied the motion with respect to all of Buschmann's invasive                 
          oximetry claims, which the APJ held explicitly or implicitly                  
          recite invasive pulse or non-pulse oximetry by measuring                      
          radiation transmitted through tissue (i.e., claims 4, 27, 28,                 
          33, 34).27                                                                    
               Although Mannheimer’s opening brief (at 21) requests that                
          "[t]he question of obviousness of claims, such as Buschmann’s                 
          claim 28, . . . be addressed by the Board in view of the                      
          arguments and evidence presented herein," the only claim that                 
          is specifically discussed in the brief is claim 28.                           
          Consequently, we will limit our consideration of patentability                
          to that claim, which is directed to the I-I species and reads                 
          as follows:                                                                   
                    28.  A perinatal sensing system for determining                     
               blood oxygen saturation within a body tissue by                          
               transillumination wherein the light transmission changes                 
               in intensity in response to different levels of oxygen                   
               saturation comprising:                                                   
                    means for generating light at a first interstitial                  
               subcutaneous location within the tissue; and                             
                    means at a second interstitial subcutaneous location                
               within the tissue for detecting the changes in the                       
               intensity of the light transmitted between the first and                 
               second location in order to determine the blood                          
               oxygenation within the tissue.                                           


            Dec. on Motions at 15.27                                                                       
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