The Westside Gazette; Published By Carma Henry
Living relatives of Henrietta Lacks have reached a confidential settlement with Thermo Fisher Scientific, the multi-billion-dollar biotechnology company that has used regenerative cells taken from Lacks decades ago without her consent.
The settlement sets a precedent, potentially leading to complaints seeking compensation and control of Lacks’ cells, famously known as “HeLa” cells, the world’s first cells capable of replicating outside the human body.
Represented jointly by attorney Ben Crump, renowned for his advocacy for Black victims of police violence, and attorney Chris Seeger, known for leading significant class action lawsuits in U.S. history, the family called a news conference in Baltimore on Tuesday, August 1, which coincides with what would have been Lacks’ 103rd birthday.
“The parties are pleased that they were able to find a way to resolve this matter outside of court and will have no further comment about the settlement,” Crump and Seeger wrote in a news release.
The Lacks family’s lawsuit addressed a problem that had persisted for 70 years following the unlawful removal of Henrietta Lacks’ cells while she was receiving cervical cancer treatment at Johns Hopkins Hospital.
The family argued that the cells rightfully belong to Lacks and that companies like Thermo Fisher Scientific should pay for using them in research and product development.
In a 2022 interview, Crump called the situation “indicative of the Black struggle for equality and respect in America.
“Because it’s a racial justice issue when you think about it in the purest form,” Crump asserted. “The children of Henry Ford, they’re able to benefit from his contributions to the world.”
Thermo Fisher Scientific, in its defense, contended that Lacks’ descendants waited too long to take legal action and that other companies worldwide also use HeLa cells without the family’s consent.
Lacks’ cancer treatment in 1951 was unsuccessful, and she tragically succumbed to the disease a few months after her diagnosis. Read more
