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Hung Trinh: Researchers have re-engineered immune cells that penetrate and kill solid tumors
Jan 8, 2025, 12:34

Hung Trinh: Researchers have re-engineered immune cells that penetrate and kill solid tumors

Hung Trinh, Senior Director of Business Development at OBiO Tech, shared a post on LinkedIn:

‘Re-engineered, blue light-activated immune cells penetrate and kill solid tumors

Penn State University: Hershey, Pa. – Immunotherapies that mobilize a patient’s own immune system to fight cancer have become a treatment pillar. These therapies, including CAR T-cell therapy, have performed well in cancers like leukemias and lymphomas, but the results have been less promising in solid tumors.

A team led by researchers from the Penn State College of Medicine has re-engineered immune cells so that they can penetrate and kill solid tumors grown in the lab.

They created a light-activated switch that controls protein function associated with cell structure and shape and incorporated it into natural killer cells, a type of immune cell that fights infections and tumors.

When these cells are exposed to blue light, they morph and can then migrate into tumor spheroids – 3D tumors grown in the lab from either mouse or human cell lines – and kill tumor cells. This novel approach could improve cell-based immunotherapies, the researchers said.

‘Optogenetically engineered Septin-7 enhances immune cell infiltration of tumor spheroids’.”

Authors: Jiaxing Chen, Brianna Hnath, Congzhou Sha, Lynne Beidler, Todd Schell, Nikolay Dokholyan.

Hung Trinh: Researchers have re-engineered immune cells that penetrate and kill solid tumors

More posts featuring Hung Trinh.

Hung Trinh is the Senior Director of Business Development at OBiO Tech. He previously served as Director of Process Development and Manufacturing Science and Technology at Vyriad and Associate Director of Downstream Process Development at Genezen.

With experience in vaccine development, spanning both pre-clinical and clinical studies, Trinh has worked with various CDMOs focusing on lentiviral vector production and CAR-T cell manufacturing.