Chong Kun Dang signs licensing deal for Curigin's bladder cancer gene therapy

2024-04-24     Lee Han-soo

Chong Kun Dang said it has entered into a licensing agreement with Curigin, a local gene therapy developer, for the latter's CA102, a gene therapy candidate targeting superficial bladder cancer.

Chong Kun Dang licensed in Curigin’s gene therapy candidate targeting superficial bladder cancer, CA102.

Founded in 2016, Curigin has pioneered the development of siRNA technologies capable of suppressing multiple disease-causing genes simultaneously and has created a diverse pipeline that includes therapeutic agents for hepatitis viruses, circular RNA technologies, and cancer diagnostics, demonstrating a strong commitment to RNA-based therapeutic development.

The partnership grants Chong Kun Dang exclusive global rights to CA102. Current treatment options, predominantly chemotherapy and a limited selection of immunotherapies and targeted therapies, frequently result in high recurrence rates and drug resistance.

CA102 employs an innovative approach by incorporating shRNA into a specifically engineered oncolytic virus that targets cancer cells.

This gene therapy utilizes Curigin's dual-targeting RNAi technology to inhibit the mTOR and STAT3 genes, which are involved in the proliferation and metastasis of cancer cells.

The dual-action strategy of CA102 aims to enhance therapeutic efficacy by reducing cancer growth and spread while also focusing on improving the safety profile by limiting effects on non-cancerous cells.

"Chong Kun Dang has opened a gene therapy research center, Gen2C, at Seoul St. Mary's Hospital, which is equipped with expert personnel and excellent infrastructure for gene therapy development," a Chong Kun Dang official said. "CA102, developed with Curigin's proprietary dual-targeting shRNA production technology, will strengthen Chong Kun Dang's anti-cancer drug pipeline and provide an innovative alternative to treat bladder cancer."

A Curigin official also said, "We are pleased to announce that our gene cancer therapy based on dual-targeted RNAi technology will enter the full-scale development stage with this agreement."

The company is looking forward to successfully completing the clinical trials and providing new treatment options for patients suffering from cancer, he added.

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