Earlier this year, 23 year-old research assistant Sheri Sangji suffered an excruciating death after having been engulfed in flames in a UCLA science laboratory. A drop of t-butyl lithium, a substance that ignites on contact with air, spilled on her clothing causing an instant conflagration. Sheri suffered second and third degree burns over 40% of her body. Beryl Lieff Benderly writes about Sheri's death in Slate, raising the question of what makes academic laboratories such dangerous places to work? Benderly notes that the safety failures that led to this fatality were unfortunately not an anomaly in private academic laboratories:
The death of a healthy young woman from a chemical spill at a UCLA lab is deeply shocking. But the presence of flagrant safety violations at a major research university is no surprise. After reading about the Sangji incident and others like it, a columnist for the peer-reviewed journal Chemical Health and Safety wrote that he'd come to the "disheartening conclusion that most academic laboratories are unsafe venues for work or study." Though no one keeps comprehensive national statistics on laboratory safety incidents, James Kaufman, president of the Laboratory Safety Institute in Natick, Mass., estimates that accidents and injuries occur hundreds of times more frequently in academic labs than in industrial ones.
In the wake of this accident, Cal/OSHA imposed a $31,875 penalty, citing safety lapses and lack of training. Benderly notes that had Sheri been a student rather than a paid technician, her death would not have been investigated by OSHA because the occupational health and safety laws that protect workers in hazardous jobs apply only to employees, not to students. The contrast between the culture, attitudes and practices of private laboratories and academia can be dramatic. Benderly describes an all-too-frequent academic machismo that can be disdainful of practices that would enhance safety, viewing them as bureaucratic and potentially stifling to academic freedom. In fairness, similar arguments and protestations have been raised by various private industry segments in response to OSHA standards, but the difference is in accountability. With most federal grants, "... applicants are routinely asked to document the steps they will take to safeguard the people and vertebrate animals they'll be studying, but they needn't provide any information on how they'll protect the experimenters themselves."
In another article for ScienceCareers, Benderly uses this incident as a springboard to discuss the issue of safety in academic laboratories in greater depth. In Taken for Granted: The Burning Question of Laboratory Safety, after examining various reports of the accident, she points to two areas that require attention, both in the UCLA lab, and frequently in other academic settings. These will be no surprise to safety professionals anywhere: better training and the need for a safety commitment that starts with the senior-most level of an organization. "The impetus to make safety a priority in academic labs must come from those able to enforce consequences."
She is right. There are rock star academics whose research can bring huge grants and critical acclaim to a university. Safety is generally not a criteria that is evaluated as a part of their record, but it certainly should be. Benderly makes a compelling case that federal funding sources and university officials need to add safety as a criteria of evaluation to foster a culture of safety that will protect researchers as well as the research subjects.