Ex Parte Nash et al - Page 15

                 Appeal No. 2006-2575                                                                                  
                 Application No. 10/025,567                                                                            

                 76 USPQ2d 1078, 1086 (Fed. Cir. 2005).  Rather, in evaluating whether the                             
                 specification provides an adequate written description for generic claims to                          
                 biological subject matter, one must look to “a variety of factors, such as the                        
                 existing knowledge in the particular field, the extent and content of the prior                       
                 art, the maturity of the science or technology, the predictability of the aspect                      
                 at issue, and other considerations appropriate to the subject matter.”   Id. at                       
                 1359, 76 USPQ2d at 1085.                                                                              
                        Thus, “[i]t is not necessary that every permutation within a generally                         
                 operable invention be effective in order for an inventor to obtain a generic                          
                 claim, provided that the effect is sufficiently demonstrated to characterize a                        
                 generic invention.”  Id.                                                                              
                        In concluding that the Specification does not demonstrate possession                           
                 of the claimed subject matter, the Examiner has not, in our view, sufficiently                        
                 considered the state of the art.  As discussed supra, both the Specification                          
                 and Krause teach that protein-wasting microorganisms were known in the                                
                 art, and that one route of protein loss is the microorganisms’ conversion of                          
                 protein to ammonia in the host’s digestive tract.  (Specification 1; Krause                           
                 815, left col.)                                                                                       
                        As also discussed supra, Stolle provides an extensive list of digestive                        
                 tract pathogens to which antibodies can be raised in chickens.  (Stolle, col. 5,                      
                 ll. 1-35.)  Tokoro and Yokoyama also disclose the preparation, from chicken                           
                 eggs, of antibodies having binding specificity sufficient to inhibit targeted                         
                 microorganisms within the digestive tract.  (Tokoro, col. 12, line 4, through                         




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