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             The Standard Approach 
              These kinds of ideas and approaches would be extremely welcome in 
              the oncology clinics throughout the U.S., says Pollock, who deals 
              daily with cancer patients. After graduating from Oberlin in 1972 
              Pollock set aside his modern German history major and gravitated 
              into the areas of surgery and oncology. He found himself skilled 
              with his hands and enticed by the repair work needed to correct 
              the damage caused by tumors.  
            In diagnosing patients, he explains, most oncologists 
              use a staging system. Stage I tumors are small and bear few mutations. 
              These cancers are self-contained and are often treated surgically. 
              Stage II tumors are larger or of a higher grade and are best treated 
              by a combination of surgery and radiation. Which comes first is 
              determined by the physician and patient.  
            At stage III status, tumors are large, of high grade, 
              and likely to break off as wayward cancer cells into the bloodstream 
              and nearby tissue. Chemotherapy is required to pick off these migrating 
              and circulating renegade cells. Cancer cells in stage IV tumors 
              have already spread and formed secondary tumors in other sites, 
              usually in liver and lymph nodes. Treatment involves chemotherapy 
              and sometimes surgery, but often only to relieve pain from the growing 
              mass.  
            Pollock showed dramatic pictures of the kinds of surgery 
              and reconstructive work he and his colleagues have to do. Upon removal, 
              some tumors are so large, they require up to three physicians to 
              hold their bulk. Patients often have to have whole limbs, joints, 
              and torso regions amputated.  
            "I really hope what I do will be put out of business 
              by what my colleagues do," said Pollock, pointing to his three 
              fellow alumni seated at the symposium.  
            What's Next? 
              Perhaps his hope will be realized. In the last 30 years, says Treichel, 
              "our understanding of how tumor cells develop and what the 
              mutations are in cancer have provided new ideas for developing new 
              anti-cancer therapies."  
            But given the complicated nature of such a vicious 
              biological killer, the anti-cancer campaign will likely fall into 
              the hands of the next generation of Oberlin graduates. If history 
              is any indicator, they will fight the cancer war just as boldly 
              and creatively as their predecessors 
            --by Trisha Gura 
             
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