Barton et al or Fischhoff et al v. Adang et al. - Page 78




          Interference 103,781                                                        
               describe that.  [MDX 1464 (see also 1441, 1484)] actually              
               is the memo pasted into his book, but at some time or                  
               another –- I don’t remember exactly when –- he had given               
               me a copy of this.                                                     
          (MR 1036-1037, Delaware I trial transcript, p. 1033, l. 22, to              
          p. 1036, l. 3).  Dr. Rogers also testified that (FPB 90-91):                
               David Fischhoff pasted [the same document, MDX 1464                    
               (see also MDX 1441, 1484),] in his notebook. . . .                     
               The date on this document is December 12th, 1986. . . .                
               I saw it sometime prior to that as a memo, before it got               
               pasted in the notebook.  So sometime between our                       
               discussion and when it went into the notebook here.                    
          (MR 1038, Delaware I trial transcript, p. 1042, l. 7-17).                   
               An associate of Dr. Perlak, Dr. Harry Klee testified that he           
          knew of the existence Dr. Fischhoff’s “list of ideas regarding              
          synthesizing or modifying a Bt gene” (MR 0654, Delaware I trial             
          transcript, p. 997, l. 2-7).  When asked if he recalled seeing              
          the type of work Dr. Perlak was doing with Bt genes encoding                
          toxin in late 1986/early 1987, Dr. Klee testified:                          
               A.  Yes.  I think there were three basic things that were              
               guiding what he was trying to do with that gene.  Number               
               one, he was trying to remove sequences which were                      
               thought to destabilize plant gene expression.  These were              
               so-called ATTTA sequences.  That was sort of the first                 
               rule.                                                                  
                    The second rule was he was looking to take out what               
               were referred to as polyadenylation signals which were                 
               sequenced that would cause the gene to stop being made                 
               in the plant.                                                          
                    And then the third part was, he was trying to                     
               restructure the gene so that it encoded the same protein,              
               but used what were referred to as plant-preferred codons,              

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