NEMERSON et al. V. EDGINGTON et al. V. LAWN et al. - Page 5


                Interference No. 103,203                                                                                                      

                Count 1 is GRANTED for the reasons set forth therein (Paper No. 171), as well as in the                                       
                Reply (Paper No. 195) and the main Brief (Paper No. 343).  The motion is DISMISSED                                            
                AS MOOT with respect to Count B.                                                                                              
                         The subject matter which is at the crux of this interference is a DNA sequence                                       
                encoding mature human tissue factor.  Thus, since the mature tissue factor protein is 263                                     
                                                                                                               4                              
                amino acids in length, said protein is manifestly encoded by 789 nucleotides.   Yet, original                                 
                Count 1 is directed to a DNA segment which comprises “no more than about 1133                                                 
                nucleotide base pairs.”  Neither the existing count, nor the Edgington specification from                                     
                which the referenced phrase was derived, specifies what the additional 344 (1133 - 789 =                                      
                344) nucleotides are.  Since Count 1 is only specific with respect to the nucleotide                                          
                sequence which encodes the mature human tissue protein (i.e., from the amino acid                                             
                residues from position 1 to 263), and does not specify the nature of the additional 344                                       
                nucleotides, we agree with Lawn et al. that the additional nucleotides encompassed by the                                     
                recitation of “no more than about 1133 nucleotide base pairs” is not material to the                                          
                                                  5                                                                                           
                invention described therein.   Viewed from another                                                                            


                perspective, had the presence of the additional 344 nucleotides encompassed by Count                                          
                1(i.e., those nucleotides which are not required to encode amino acids 1 to 263 of human                                      


                         4For purposes of background, we point out that amino acids are encoded by groups of nucleotides                      
                known as codons.  Codons are composed of three adjacent nucleotides.  Thus, if a group of three                               
                nucleotides encodes an amino acid, the 263 amino acids of mature tissue factor, manifestly, are encoded                       
                by 789 (263 x 3 = 789) nucleotides.                                                                                           
                         5Contrary to Edgington et al.’s argument, we find that the elimination of the referenced phrase from                 
                the count eliminates any ambiguities as to what nucleotides are encompassed by a count which is directed                      
                to more than the 789 nucleotides needed to code for amino acid residues 1 to 263 of Figure 1 of the                           
                Edgington patent.  Edgington Opposition, Paper No. 189, pp. 3-4.                                                              
                                                                      5                                                                       



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