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out  errors  in  experimental  design,  methodology,  explanation,  interpretation,  and  citations,  help  in
              significantly improving a manuscript. A research paper should report original and significant findings
              that  are  likely  to  be  of  interest  to  a  broad  spectrum  of  the  journal’s  readers.  Papers  that  are  well
              organized and well written with clear statements regarding how the findings relate to understanding
              of the subject will have high possibilities of getting accepted for publication. Papers should not be
              very long. They should be concise and yet complete in presenting research findings (Kamat, op. cit.).
              Research  articles  that  report  routine  extensions  of  previous  reports  and  those,  which  are  poorly
              organized with unnecessary or poor quality illustrations are generally not accepted for publication in
              quality journals. Papers that violate ethical guidelines are also not publishable.


              Ethical Violations

              The main ethical violations that we see are (ibid.):

              •    Fabrication means making up, fabricating, data or results and reporting them in publications.
              •    Falsification is manipulating or falsifying research materials, equipment, data, results, etc.

              •    Plagiarism is the appropriation of another person’s ideas, processes, results, or words without
                   giving appropriate credit to the person.

              •    Self-plagiarism is verbatim copying of one’s own research is also a violation of ethics.
              Ethical violation in research is a global problem. Many researchers violate the code of ethical conduct
              for easy publication, quick recognition, awards, greed for power, and so on. Duplication of research
              articles is reported to be the highest in the United States followed by Japan, Germany, China, United
              Kingdom, Italy, France, and Canada(Errami and Garner, 2008). Maximum duplication rate is found
              in  the  field  of  medicine.  Researchers  who  manipulate  their  data  deceive  others  and  violate  the
              basic values and widely accepted professional standards of science. They also fail to fulfil the three
              obligations already mentioned.


              Case Studies


              Ethical violations cannot be hidden. Sooner or later they will get exposed. There are several examples
              of  ethical  violations  being  reported.  Some  are  discussed  here.  As  a  first  case  we  take  the  example
              of  Nobel  Laureate  in  medicine,  Prof.  David  Baltimore  who  published  a  paper  in  the  journal  Cell
              with  title,  “Altered  repertoire  of  endogenous  immunoglobulin  gene  expression  in  transgenic  mice
              containing a rearranged μ heavy chain gene” (Weaver, et al., 1986). When Morgot O’Toole (1991),
              a researcher in the same laboratory, tried to reproduce their work, O’Toole could not reproduce the
              same results and accused the corresponding author, Dr. Imanishi-Kari of fabricating the data In 1991,
              Dr. Imanishi-Kari was accused of falsifying data and it was recommended that she be barred from
              receiving research grants for 10 years. Several books have covered the Baltimore affair.

              Jacques Benveniste, who gave the term “memory of water” claimed that water molecules somehow
              retain a memory of the antibodies that they had previously been in contact with, so that a biological
              effect remains when the antibodies are no longer present. This validated the claims made for highly
              diluted homeopathic medicines. Other teams were subsequently unable to repeat the effect.

              Jan Hendrik Schön, a German-born physicist, who was employed at Bell Laboratories, New Jersey,
              was working on electronic materials in which conventional semiconducting elements were replaced
              by crystalline organic molecules that he called molecular transistors. Schön claimed spectacular on/
              off behaviour, far beyond anything achieved thus far with organic materials. His findings on molecular







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