Twenty-six years of chasing New York City sex crimes as the face of “Law & Order: Special Victims Unit” has prepared award-winning actress Mariska Hargitay to put on her own detective hat in her next role: “Investigating Myeloma” with Bristol Myers Squibb.
Hargitay, who plays kind-hearted police captain Olivia Benson on NBC's “SVU,” has a personal connection to this case in her late father, actor and bodybuilder Mickey Hargitay, who passed away in 2006 from multiple myeloma. Twenty years later, his daughter still has “questions about the disease that brought down this pillar in my life,” she said in a BMS press release.
“My father was and remains my hero,” Hargitay said. “This campaign is my chance to honor my dad, answer my questions about myeloma, and shine a light on CELMoD research, a remarkable area of scientific inquiry that has emerged since his death and is renewing hope for patients and their loved ones.”
With its cereblon E3 ligase modulation (CELMoD) approach, BMS aims to crack the multiple myeloma case by selectively engaging key proteins involved in the disease to stimulate the immune system and promote cancer cell killing.
At the recent American Society of Clinical Oncology annual meeting, the company showed that its CELMoD candidate, mezigdomide, more than doubled progression-free survival in patients with relapsed or refractory multiple myeloma, an “incredibly exciting” result, as BMS’ head of late-stage development for hematology, oncology and cell therapy Anne Kerber, M.D., told Fierce Biotech. The trial weighed the use of mezigdomide in combination with Amgen’s Kyprolis and dexamethasone versus that pair alone.
Aside from mezigdomide, the company is advancing CELMoD agent iberdomide in a treatment regimen for relapsed or refractory multiple myeloma. With an FDA decision slated for August, iberdomide has potential to be the first approved treatment offering in the CELMoD drug class.
As for Hargitay, she recalls noticing something “might be wrong” with her father’s health at her 2004 wedding, when he seemed “unusually tired,” according to the BMS release.
While he approached his eventual diagnosis with a “positive attitude” and “fought with everything he had until the end,” Hargitay’s personal journey looking back on her father’s story is the backbone of “Investigating Myeloma,” showcasing the “critical need for continued scientific investigation,” BMS explains.
Her story spoke to BMS’ own SVP of oncology commercialization Monica Shaw, M.D., who also lost her father to multiple myeloma.
“I had trained as a physician but was working in industry at the time of his diagnosis, and I remember how difficult it was to truly understand what his options were and how to access them,” Shaw said. “No patient or family should have to navigate that complexity on their own. That experience fuels my commitment to expanding access, simplifying the journey for patients, and accelerating awareness of new scientific approaches—like CELMoD research—that have the potential to make a meaningful difference for patients living with multiple myeloma.”
In BMS’ dedicated Investigating Myeloma campaign web page, Hargitay looks back on her father’s life and disease journey in a three-minute video that sees the actress digging through boxes of childhood photos and documents, pinned to a detective-style investigation board similar to those often used by Hargitay in the long-running “Law & Order” franchise.
“There were so many unanswered questions,” she said in the video. “I just didn’t understand how it could happen to him.”
Hargitay goes on to highlight BMS’ CelMoD research, which focuses on “trying to understand more about this very complex disease,” she says.
“My hope is that by sharing my father’s story and highlighting CELMoD research that I can help educate on multiple myeloma and inspire other people that are impacted by this disease to not give up,” Hargitay explains.
The video ends with text prompting viewers to “uncover more” by visiting the campaign website, which offers BMS resources on myeloma and features another company video dedicated to “uncovering CELMoD research.”