A small field for fertile science: the low visibility of reproductive science in high impact journals
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Our success as a field and as individuals in reproductive science and medicine relies on our ability to produce high quality work that has broad visibility and impact. A common metric for assessing such success is the quantity of publications that are published in journals with high impact factors. It is unclear, however, how frequently work related to reproductive science and medicine actually appears in what are considered the highest impact journals.
To address this gap in knowledge, we first determined how the field of reproductive biology in general compared to other research areas in terms of composite journal impact factor. Second, using a targeted search approach in the PubMed database, we examined the relationship between a journal’s impact factor and the number of reproductive research articles published per journal issue.
We found that compared to other major scientific disciplines, our field lacks journals with impact factors above 4. In addition, primary original research articles on reproduction—irrespective of male or female search terms—do not appear often in high impact journals. Instead, there is an increased percentage of secondary reproductive literature in high impact journals compared to topic-specific journals of lower impact.
There are likely several explanations for why reproductive science and medicine has low visibility, including the field’s small relative size, its lack of a specific disease and associated strong advocacy, and its surrounding social, ethical, and political unease. Nevertheless, there are concrete actions we can take to minimize the role of impact factor in our evaluation while simultaneously increasing influence through global awareness of the importance and need for reproductive research.
KeywordsReproduction Impact factor Male Female Gamete Gonad Ovary Testis Mammalian
- 2.Pincus G, Baum OS. On the interaction of oestrin and the ovary stiumulating principles of extracts of the urine of pregnancy. Am J Physiol. 1932;102:241–8.Google Scholar
- 3.Pincus G, Chang MC. The effects of progesterone and related compounds on ovulation and early development in the rabbit. Acta Physiol Latinoam. 1953;3:117–83.Google Scholar
- 6.Pincus G. Some effects of progesterone and related compounds upon reproduction and early development in mammals. Acta Endocrinol Suppl (Copenh). 1956;23 Suppl 28:18–36.Google Scholar
- 10.Donini P, Puzzuoli D, Montezemolo R. Purification of gonadotrophin from human menopausal urine. Acta Endocrinol (Copenh). 1964;45:321–8.Google Scholar
- 27.Brouillet M, Turner L. Bioethics, religion, and democratic deliberation: policy formation and embryonic stem cell research. HEC Forum Interdisc J Hosp Ethical Leg Issues. 2005;17(1):49–63.Google Scholar
- 33.Shanner L, Nisker J. Bioethics for clinicians: 26. Assisted reproductive technologies. Can Med Assoc J. 2001;164(11):1589–94.Google Scholar