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A good research project always begins with the researcher studying the available literature to learn
              what is already known and what is unknown about the subject. It is unscientific and unethical to
              waste time and resources and put participants to potential risk for a study in which the results can
              be predicted on the basis of existing knowledge. The appropriate scientific method must be used, for
              obvious reasons. Records must be maintained with great care — this may also be of use in the future
              when there are questions of priority in discovery. Further ethical aspects of research publication are
              discussed elsewhere in the book.

              Stephen  Lock  (1997)  writes  that  most  modern  histories  of  scientific  fraud  begin  with  William
              Summerlin, a dermatologist and immunology researcher at the Sloan Kettering Institute, New York
              in 1974. Of course, there have been multiple earlier examples of serious research misconduct and just
              some of them include the Nazi experiments on humans in the 1940s, the release of Thalidomide as a
              drug for morning sickness in pregnant women, without adequate safety data, and the Tuskegee trial
              in the USA which went on for 40 years from 1932 to 1972, until a whistle-blower alerted the world to
              it. More recent examples (and a far from complete list) of misconduct in biomedical science include:
              Malcolm  Pearce  and  his  fictitious  patient  with  a  successful  reimplantation  of  an  ectopic  gestation
              in  1994,  as  well  as  his  non-existent  cohort  of  women  with  polycystic  ovaries;  Andrew  Wakefield
              and his views on the MMR vaccine and autism in 1998; Werner Bezwoda and his publications on
              autologous bone marrow transplantation with chemotherapy as a cure for breast cancer in the 1990s;
              Jon  Sudbø  and  his  concocted  research  on  non-steroidal  anti-inflammatory  drugs  (NSAIDs)  and
              oral leukoplakia/ cancer in 2005; Hwang Woo-Suk and his pseudo-research on stem cells in 2006;
              and perhaps the biggest fraud of them all, Scott Reuben and his misguided papers on anaesthesia,
              detected  in  2010  (Mukherjee,  2010;  Tharyen,  2012;  Wells  and  Farthing,  2008).  Paulo  Macchiarini,
              the  tracheal  transplant  surgeon  at  the  Karolinska  university  Hospital  provides  another  very  recent
              example, in 2018, of fraudulent science (Berggren and Karbag, 2019). The details of all these examples
              of misconduct are beyond the scope of this article; nevertheless, they make for fascinating reading and
              readers should look up these stories of treachery in detail.
              India and Indians have had their own share of unethical experimentation. Vijay Soman, Ranjit Kumar
              Chandra, and Anil Potti are examples of Indians who were exposed for research misconduct in North
              America. In India, the study evaluating the follow-up of women diagnosed with cervical dysplasia on
              Pap smear in the 1980s and the Regional Cancer Centre, (Thiruvananthapuram, Kerala) trials on oral
              cancer are prime examples (Mudur, 1997; Pai, 2018; Srinivasan and Pai, 2001). India has also been a
              fertile ground for clinical trials for the past 15 years and there have been concerns that many of these
              trials do not follow the tried and tested principles of ethical medical research. These are, of course,
              extreme examples and there are many ‘lesser’ amounts of research misconduct such as, plagiarism,
              predatory journal publishing, gift authorship, among others, and therefore, it is a matter of shame to
              read the statement, “Along with economic strength, space technology and software expertise, India
              is also a leading nation in fraudulent scientific research” (Patnaik, 2016). I have covered the Indian
              studies  mentioned  above  as  well  as  some  other  aspects  of  research  misconduct  elsewhere  and  I
              encourage the interested reader to study that as well (Pai, op. cit.).


              Causes of Research Misconduct

              The  reasons  for  fraud  in  medical  research  have  been  discussed  by  Lock  and  include  pressure  on
              researchers to publish, greed, vanity, mental illness or deviancy, and the Messianic complex (Lock, op.
              cit.). The first three are the most common but deviancy (mental illness) and the Messianic complex
              (the belief that one’s views are always correct) are also of importance. It has been shown that most of
              the offenders indulge in serial misconduct and that fraud is rarely a one-off phenomenon and thus,
              perhaps, the last two examples are more common than we think.




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