Menu Close
HeLa cells dividing: microscopic image of cells dyed blue and pink
The HeLa line of immortal human epithelial cancer cells was derived from cells taken from Henrietta Lacks when she was a cancer patient in 1951. (Wellcome Collection: Anne Weston, Francis Crick Institute), CC BY-NC

Settlement with family of Henrietta Lacks is an opportunity to reflect on inequalities in genetic research

Aug. 1, 2023 would have been Henrietta Lacks’s 103rd birthday. It was also the day the Lacks family reached a settlement with Thermo Fisher Scientific, the biotech company that used and profited from her “HeLa” cells.

Though the details remain confidential, this settlement is a long-awaited moment of justice and victory for Lacks and her family.

Lacks’s story is well known and has since been popularized in an HBO film, but it is viewed as a tale of the past. However, the inequalities suffered by Lacks remain problems of the present. As a legal researcher and woman of colour, I have found that these problems are still alive and kicking today.

Genetic research (and medical practice more generally) are filled with systemic racism, racial discrimination and unconscious biases. For many Black, Indigenous and Peoples of Colour (BIPOCs), the battle for an equitable framework is not over yet.

Henrietta Lacks’s story

Lacks was a Black tobacco farmer living in Baltimore, Md. and undergoing treatment in 1951 for cervical cancer at Johns Hopkins University Hospital, one of the only hospitals that treated Black patients from lower socioeconomic backgrounds.

Illustration of a young Black woman
Henrietta Lacks’s cells, taken from a tumour in 1951 while she was undergoing treatment for cervical cancer, had the innate ability to survive, divide and grow indefinitely. (Shutterstock)

Her cells were taken and retained for research purposes by white physicians and researchers at the hospital. Lacks’s cells, unlike others, had the innate ability to survive, divide and grow indefinitely. Viewed as extremely valuable in research, the researchers patented “HeLa,” the first immortalized human cell line.

“HeLa” — derived from the first two letters of her first and last names — is the oldest and most commonly used human cell line. It has since contributed to many lifesaving endeavours, including the development of polio and COVID-19 vaccines.

Although Lacks passed away from cervical cancer in 1951, her story has only been widely told in recent years. It was Rebecca Skloot’s 2010 book The Immortal Life of Henrietta Lacks that drew attention to Lacks’s story and highlighted the racialized and patriarchal nature of medical ethics and research practices.


Read more: Québec's cultural awareness training makes flawed assumptions that do not prioritize the safety of Indigenous people


Microscopic image of cells dyed blue and yellow
HeLa cells have contributed to many lifesaving endeavours, including the polio vaccine and COVID-19 vaccines. (Wellcome Collection: Kevin Mackenzie, University of Aberdeen), CC BY-NC

Since then, Johns Hopkins University has established a memorial award and university building in her name. The World Health Organization has also bestowed a posthumous award to Lacks for her contributions to medical science.

These actions, however, have only recently been taken. Advocates — mainly people of colour — used the pandemic and subsequent COVID-19 vaccine developments to bring Lacks’s story back to life.

Not just her: Other stories of inequality

Another story often told alongside Lacks’s is that of John Moore, who fought for property rights over his cells. Moore had hairy cell leukemia and, as part of his treatment, underwent a splenectomy at the University of California Los Angeles Medical Centre in 1976. Like Lacks’s, Moore’s cells had been unknowingly and unlawfully processed and patented as the “Mo” cell line.

But unlike Lacks — at least, until now — Moore received damages. In 1990, the Supreme Court of California decided that, although Moore did not have a property claim, his doctor breached a fiduciary duty to Moore by not obtaining proper informed consent. This decision has since been taught in property law classes across Canada and the United States.

A man standing a microphone holding a child, surrounded by a group of people.
Attorney Ben Crump, centre, holds Zayden Joseph, age 6, the great-grandson of Henrietta Lacks, while standing with attorneys and other descendants of Lacks outside the federal courthouse in Baltimore, Md. on Oct. 4, 2021. They announced during a news conference that Lacks’s estate is filing a lawsuit against Thermo Fisher Scientific for using Lacks’s cells, known as HeLa cells. (AP Photo/Steve Ruark)

These stories were covered and received in starkly different ways. Though Moore’s story was told in a timely manner, Lacks’s story was not. But for her family and Skloot’s journalism, the injustices experienced by a Black woman would have been easily overlooked.


Read more: Collaborative Indigenous Research is a way to repair the legacy of harmful research practices


Another case is the Havasupai tribe’s lawsuit against the Arizona Board of Regents. Blood samples from the tribe were obtained for research on inherited diabetes. The samples were later unlawfully used for other research, including studies on inbreeding and schizophrenia. This violated the Havasupai’s consent agreement and had deeper repercussions, as these topics were considered taboo by the tribe.

The fight isn’t over yet

News of the Lacks family’s settlement should be celebrated. But it should also serve as a reminder that the fight for a fairer and more equitable framework of medical ethics and genetic research is not over.

Genetic materials are generally treated like any other objects and little to no consideration is given to the person. This perpetuates existing systemic inequalities and racial harm in the fields of medicine and scientific research.

Ben Crump, attorney for the Lacks family, said in a news conference that “not only were the HeLa cells derived from Henrietta Lacks — the HeLa cells are Henrietta Lacks.” We can continue Lacks’s fight by continuing to raise awareness and advocating for the people, and not just the cells.

Want to write?

Write an article and join a growing community of more than 182,600 academics and researchers from 4,945 institutions.

Register now