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    There 
      are approaches that the faculty member can take in proceeding with her grant 
      proposal:  
      
        - If the graduate student agrees to repeat 
          the critical experiments, she can include them in the proposal, rather 
          than the earlier ones he conducted. Of course, there is the possibility 
          that the data from these repeated studies will not support her hypotheses.
 
        - She can complete the grant proposal without 
          these data, realizing that it may lessen her chances of receiving funding.
 
        - She can include the original data from 
          the graduate student's studies, noting that they are preliminary and 
          need to be repeated with greater stringency on the experimental design.
 
        -  She can decide to delay submission of 
          the proposal until the next submission deadline and work with the graduate 
          student to develop a strong data set for the proposal.
 
        - She can propose that the two of them work 
          on the critical experiments together. The graduate student can help 
          set up the experiments and the faculty member, with assistance from 
          her technician, can complete them. In this way the graduate student 
          will be able to attend his family reunion and the faculty member will 
          have the needed data for her grant proposal.
 
       
       The last approach has the possibility of 
        satisfying both the faculty member and the graduate student. It also exemplifies 
        good mentoring. By working together the faculty member will actively demonstrate 
        the importance of this work. By assuming some of the responsibility for 
        conducting the experiments she will show the graduate student that she 
        values his personal as well as professional life. 
         
        In each of the remaining approaches the faculty member will need to make 
        concessions—in her relationship with the graduate student, in the 
        rigor of her grant proposal, or in the time before the grant, if funded, 
        is available to her. The best resolution to this dilemma, of course, is 
        to avoid it. Open communication with her graduate student, clarifying 
        the complex nature of research in an academic setting to the student, 
        and regular review of both the experimental design and the raw data collected 
        by the student will help in avoiding the situation the faculty member 
        faced in this case study. 
       
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