We must begin by acknowledging the facts.Black lives matter.Racism is systemic, pervasive, and harmful. This statement is clear and
uncontroversial for those who have been paying attention, but it is still vital to
repeat it. Racial injustice is perpetuated by our legal, healthcare, criminal justice,
and education systems, among others. Black, Indigenous, and other People of Color
(BIPOC) Americans are stopped by the police more frequently and receive harsher criminal
sentences than white Americans [1,2]. There is a persistent health gap for BIPOC
Americans in a wide variety of medical contexts [3-7]. The unaddressed historical
legacy of “separate but equal” schooling leads to continued educational disparities at
all levels of schooling [8]. The many stressors
and disparities associated with living in a racist society mean that BIPOC Americans
have a dramatically lower life expectancy than white Americans [9] – this is as much an act of violence as a police officer
brutalizing unarmed Black people.Academia is no exception to the racism that pervades all our institutions.
Indeed, racial prejudice is deeply entrenched in the culture of science. Whites and
Asians are overrepresented across a range of STEM occupations, whereas Blacks and
Latinos are underrepresented [10]. Among other
factors, unequal access to opportunities and resources, including mentorship and funding
contributes to racial disparities in STEM [11,12]. This lack of a diverse
community in STEM contributes to the isolation and marginalization of underrepresented
students within the science community, and a narrative in which “white is the norm”
[10,13]. The result is a loss of BIPOC scientists from the STEM pipeline. A study by
Riegle-Crumb et al. found that 40% of Black students leave STEM majors
compared to 29% of white students [14]. This
problem extends throughout the academic ladder: Black post-doctoral candidates are
perceived to be less competent, hirable, and likeable compared to white and East Asian
counterparts, and Black scientists have nearly half the award rate compared to white
scientists [12,15]. In addition to the clear harms of the current system to BIPOC
scientists, a lack of diversity in science produces lower quality science [16-18].
Thus, the current system harms everyone.As both racism and science transcend national boundaries, BIPOC scientists cannot
equitably participate in the scientific community until racism is addressed
internationally. As a group of primarily American students in biology and
medicine, we do not have the background to comment on the specific historical
underpinnings and manifestations of racism in other countries. It is clear, however,
that racial discrimination and the normalization of whiteness in STEM is an
international issue [19-24]. We encourage readers to educate themselves about racism in
their country and learn what they can do to oppose it.Although racism is a systemic problem, meaningful change can be made through
concerted action. As part of a privileged, Ivy League institution and also
part of the broader scientific community, YJBM has a responsibility to
act. We have always had a responsibility to act, and regret that it has taken 92 years
of YJBM’s existence for us to do so.Moving forward,• Support demands for anti-racist reform at Yale University, Yale School of
Medicine, and the Yale New Haven Health System (viewable at www.ysmdemands.org).• Increase outreach to BIPOC authors about upcoming issues by inviting
researchers who have presented at conferences SACNAS, ABRCMS, and other conferences
intended to support minorities.• Choose issue focus topics and subtopics that highlight health equity
research and racial/ethnic diversity in clinical trials.• Improve our training of editors to ensure sufficient and sustained
outreach to BIPOC scientists.• Internally track data on the number of BIPOC authors, podcast speakers,
and colloquium speakers. We will review this data yearly and reassess our actions in
light of the data.• To combat bias against minority authors, YJBM is
instituting optional double-blinded peer review. YJBM will not reveal
the author’s name to reviewers. Authors can choose whether or not to reveal their
identity via the cover page and/or phrasing of the manuscript (for example, “in our
previous work”).• YJBM will diversify its Faculty Advisory Board by
recruiting additional excellent scientists of color.• Highlight BIPOC authors who wish to self-identify as URM on our social
media.
Authors: Jayant M Pinto; Ludwig Philip Schumm; Kristen E Wroblewski; David W Kern; Martha K McClintock Journal: J Gerontol A Biol Sci Med Sci Date: 2013-05-20 Impact factor: 6.053
Authors: Salvador Cruz-Flores; Alejandro Rabinstein; Jose Biller; Mitchell S V Elkind; Patrick Griffith; Philip B Gorelick; George Howard; Enrique C Leira; Lewis B Morgenstern; Bruce Ovbiagele; Eric Peterson; Wayne Rosamond; Brian Trimble; Amy L Valderrama Journal: Stroke Date: 2011-05-26 Impact factor: 7.914
Authors: S Jay Olshansky; Toni Antonucci; Lisa Berkman; Robert H Binstock; Axel Boersch-Supan; John T Cacioppo; Bruce A Carnes; Laura L Carstensen; Linda P Fried; Dana P Goldman; James Jackson; Martin Kohli; John Rother; Yuhui Zheng; John Rowe Journal: Health Aff (Millwood) Date: 2012-08 Impact factor: 6.301
Authors: Travis A Hoppe; Aviva Litovitz; Kristine A Willis; Rebecca A Meseroll; Matthew J Perkins; B Ian Hutchins; Alison F Davis; Michael S Lauer; Hannah A Valantine; James M Anderson; George M Santangelo Journal: Sci Adv Date: 2019-10-09 Impact factor: 14.136