Ex parte WALDRON - Page 2




              Appeal No. 94-2006                                                                                        
              Application 07/586,317                                                                                    


                                               DECISION ON APPEAL                                                       
                     This is an appeal under 35 U.S.C. § 134 from the final rejection of claims 49,                     
              51 through 59, 69 through 77, and 79 through 83.  Subsequent thereto, claims 74, 76, 78                   
              and 81 through 83 were canceled.  The examiner allowed claim 79 at page                                   
              1 of the examiner's answer.  The examiner also indicated at page 2 of the examiner                        
              answer that claim 72 is free of rejection and would be allowed if rewritten in independent                
              form.  As a result, claims 49, 51 through 59, 69 through 71, 73, 75, 77, and 80 remain for                
              our consideration on appeal.   Claim 49 is illustrative of the subject matter on appeal and               
              reads as follows:                                                                                         
                     49.   A chimeric gene functional in a plant cell, which chimeric gene comprises:                   
                     (a) at a position 5' to coding region (c), a plant-expressible promoter sequence;                  
                     (b) at a position 3' to coding region (c), a terminator signal sequence; and                       
                     (c) a coding region of an aphIV gene, which coding region: (1) encodes a functional                
              hygromycin phosphotransferase enzyme or functional portion thereof; and (ii) is positioned                
              between such plant-expressible promoter sequence (a) and such terminator signal                           
              sequence (b) so as to be expressible,                                                                     
              which expression of such coding region in a plant cell confers resistance to hygromycin B                 
              on such plant cell and wherein such resistance to hygromycin B is capable of providing a                  
              basis for selection of such plant cell.                                                                   







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