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Women in Science: A retrospec0ve gender analysis through publica0on Fernanda Zamboni1,2 and Maurice N Collins1,2 1Bernal Ins9tute, School of Engineering, University of Limerick, Ireland. 2Health Research Ins9tute, University of Limerick, Ireland. INTRODUCTION Science, Technology, Engineering and Mathema9cs (STEM) are male-‐dominant fields where women are s9ll underrepresented in the present day. Thus, it is important to quan9fy the representa9on of women in science in order to track any advances over 9me and put in strategic plans to promote gender-‐balance in STEM fields. AIM Herein, the gender disparity is inves9gated through the analysis of gender of the first and last authors in scien9fic publica9ons in the areas of biomedical engineering and biomaterials. The authors acknowledge that this is not an exhaus9ve approach but it does give an indica9on on female par9cipa9on in these areas and provides an indica9on on the role of the female par9cipant. METHODS This study evaluates the representa9on of women by quan9fying first and last authors from scien9fic publica9ons cited in two previous literature reviews in the STEM field published by our research group [1,2]. The literature reviews contain 323 references in total. The gender analysis was carried out within 3 year of publica9on ranges: publica9ons ≤ 2007, 2008 ≤ publica9ons ≤ 2013 and publica9ons ≥ 2014. The determina9on of gender of the first and last authors was performed by inspec9on as detailed by Filardo et al. [3]. Single gender names such as ‘Mary’ or ‘John’ were classified as female and male, respec9vely. If an author’s gender was unclear from their name (ie. ‘Andrea’ typically a male name in Italy but a female name elsewhere, and androgenous names such as Joey), we used ins9tu9onal websites, social media accounts that listed their publica9ons (Research Gate and LinkedIn), and internet search engines (such as Google) to find photographs and/or biographical paragraphs. Any authors whose gender was unclearly iden9fiable aaer exhaus9ng these searching sources was marked as “unknown” [3]. Names from Asian countries were more difficult to genderize. RESULTS The two literature reviews combined contained 323 references ranging from 1955 to 2018. Literature below the year of 2007 accounted for 7.4% of the references, literature within the last 10 years accounted for 29.6% and literature within the last 5 years accounted for 63% of all references u9lized in the reviews. RESULTS Data shows that for first authors there is a 2-‐fold discrepancy between male and female, but this comparison increases to 3.5-‐fold between the last authors. Table 1. Gender representa9on within 3 different year of publica9on ranges. DISCUSSION Our figures show lower women representa9on, in comparison to other reports focused on the gender analysis of publica9ons within the European countries. They showed that between 1996 and 2000 up to 32% of the authors were women, but this number increased to 41% between 2011 and 2015 [4]. This could be due to the fact that in this study the sample number was very small. For future work, we envisage to extend the analysis beyond these two literature reviews and include other fields to give a more comprehensive analysis of women representa9on in STEM. CONCLUSION In our preliminary findings, it can be no9ced that up to date women are s9ll underrepresented in STEM fields, but over the last couple of years the gender gap has been decreasing. Nowadays, policies and ac9ons are being put in place to tackle the gender gap in STEM at secondary and third educa9on level, from student recruitment to the advancement of female staff within the universi9es, and in governmental level, by promo9ng unbiased funding panels [5]. ACKNOWLEDGEMENTS Irish Research Council GOIPG/2015/3577 REFERENCES 1. Zamboni, F., et al., The poten,al of hyaluronic acid in immunoprotec,on and immunomodula,on: Chemistry, processing and func,on. Progress in Materials Science, 2018. 97: p. 25. 2. Zamboni, F. and M.N. Collins, Cell based therapeu,cs in type 1 diabetes mellitus. Int J Pharm, 2017. 521(1-‐2): p. 346-‐356. 3. Filardo, G. et al. Trends and comparison of female first authorship in high impact medical journals: observa,onal study (1994-‐2014) BMJ, 2016, 352(i847). 4. Elsevier, Gender in the Global Research Landscape. 2017, Elsevirer. 5. Smith, K.A., et al., Seven Ac,onable Strategies for Advancing Women in Science, Engineering, and Medicine. Cell Stem Cell, 2015. 16(3): p. 221-‐224. First Author Last Author Year of Publica9on Female (%) Male (%) Unknown (%) Female (%) Male (%) Unknown (%) ≤2007 5 (20.8) 19 (79.2) -‐ 4 (16.6) 17 (70.8) 3 (12.6) 2008-‐2013 29 (30.5) 57 (60) 9 (10.5) 23 (24.2) 69 (72.6) 3 (4.2) ≥2014 65 (31.8) 123 (60.3) 16 (7.9) 43 (21.1) 153 (75) 8 (3.9) 200 245 99 67 24 10 0 100 200 300 400 First author Last author N um be r o f r ef er en ce s c ite d Unknown Female Male Figure 1. Breakdown of the total number of references (323) by the genderof first and last authors.
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