OncLive: ADCs emerge as exciting addition to ovarian cancer treatment
A class of drugs called antibody-drug coagulates (ADC) are designed with a specific target within the tumors that are not present within normal tissue. This targeted approach helps kill tumor cells while sparing healthy cells.
In late 2022, the FDA approved a new ADC called Mirvetuximab Soravtansine-gynx to treat certain types of ovarian cancer. Caroline Billingsley, MD, University of Cincinnati Cancer Center physician and associate professor in UC's College of Medicine, participated in a Q&A with publication OncLive to discuss the current state and future of ADCs in ovarian cancer treatment.
Billingsley said the FDA approval "gives us an exciting option for patients who have already seen a lot of chemotherapy and [experienced] a lot of toxicity.
"This is a drug that we can offer that [has more] limited toxicity and [exhibits] some efficacy. It’s an exciting time to adopt this drug into our treatment lines,” she continued.
Ongoing studies are researching Mirvetuximab Soravtansine-gynx as both a monotherapy and in combination with other treatments, Billingsley said.
"Given that it has a favorable toxicity profile, it’s an ideal drug to combine with other agents," she said.
Featured photo at top of ovarian cancer tumor in animal model courtesy of National Cancer Institute.
Related Stories
UC student breaks world record in competitive speedcubing
December 19, 2025
UC computer science student Sujan Feist set a new world record in speedcubing at competition this month in Coshocton, Ohio. Feist is the reigning world champion in the 2x2 division.
A partnership to end pancreatic cancer
December 19, 2025
Since 2010, BSI Engineering has raised more than $1.2 million for pancreatic cancer research at the University of Cincinnati Cancer Center in honor of a friend and inspiration to BSI’s founders, Bryan Speicher.
Bazinga! UC physicist cracks ‘Big Bang Theory’ problem
December 19, 2025
A physicist at the University of Cincinnati and his colleagues figured out something two of America’s most famous fictional physicists couldn’t: theoretically how to produce subatomic particles called axions in fusion reactors.