Ex Parte Massaro et al - Page 12

              Appeal 2007-0852                                                                                         
              Application 09/919,195                                                                                   
              claimed limitations, it anticipates.  In re King, 801 F.2d 1324, 1326, 231 USPQ                          
              136, 138 (Fed. Cir. 1986).                                                                               
                     The Examiner finds:                                                                               
                           Ghaffari discloses compounds that . . .  RAR modulation that                                
                     affects the lung.  Cong discloses RAR modulation in its role in the                               
                     development of the lung.  Xu discloses modulation of RAR for lung                                 
                     problems.  Wu discloses RAR modulation in lung problems. Cao                                      
                     discloses RAR modulation in the lung tissue. Song discloses RAR                                   
                     modulation in the lung tissue. Yu teaches RAR modulation and its                                  
                     link to the lungs. These all teach RAR modulation and lung tissues.                               
                     These compounds would inherently encompass the instantly claimed                                  
                     invention.                                                                                        
              (Answer 9).                                                                                              
                     Appellants contend that none of the cited references discloses all the                            
              claimed elements or limitations.  (Br. 16).  Appellants further argue                                    
                     these claims require in the method of treatment or prevention the                                 
                     use of a compound that is an RARβ antagonist, and not a modulator                                 
                     of RXR receptors. (see the definition of "specific RAR modulating                                 
                     activity" on page 5 lines 17 - 24 of the specification)  nor a                                    
                     modulator of either RARα or RARγ receptors. . . .  The Examiner                                   
                     asserts that these elements must be inherent in the compounds used                                
                     in the references. For the reason explained below the assertion of                                
                     inherency is in serious error.  There is a significant difference                                 
                     between just being a "retinoid", namely a compound having some                                    
                     modulating activity on any or all retinoid receptors and being                                    
                     selective to RAR receptors (not active on RXR receptors) and then                                 
                     being further selective by acting as an antagonist of RARß and                                    
                     being inactive on either RARα or RARγ receptors.                                                  
              (Br. 16).                                                                                                
                     We agree with Appellants that the Examiner has failed to set forth a prima                        
              facie case of anticipation based on inherency.  The claims require administering an                      
              RARβ antagonist having specific RAR modulating activity to said mammal in an                             

                                                        - 12 -                                                         

Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  13  Next

Last modified: September 9, 2013