Researchers from Nkgen Biotech Inc. have developed an anti-HER2 CAR NK cell therapy, named SNK-02, as a potential immunotherapeutic for HER2-overexpressing tumors. SNK-02 was tested in a xenografted murine model of cancer.

Korean bioventure GI Innovation Inc. inched closer to achieving its goal of “five tech transfer deals in five years” with another licensing deal for its allergy drug, GI-301, with Japan-based Maruho Co. Ltd. for ₩298 billion (US$220.7 million), although share prices still dropped on the news.

Korean bioventure GI Innovation Inc. inched closer to achieving its goal of “five tech transfer deals in five years” with another licensing deal for its allergy drug, GI-301, with Japan-based Maruho Co. Ltd. for ₩298 billion (US$220.7 million), although share prices still dropped on the news.

Arbele Ltd. founder and CEO John Luk identified and patented cadherin-17 as a therapeutic cancer target, and the company was founded to develop immunotherapies for gastrointestinal cancers, which are prevalent in Asia Pacific.

Springboarding off the success of its AI-based imaging software for cancer detection, the deep learning-based artificial intelligence (AI) company Lunit Inc. has another AI software, called the Lunit Scope, up its sleeve for which it hopes to gain U.S. FDA approval by 2025.

Springboarding off the success of its AI-based imaging software for cancer detection, the deep learning-based artificial intelligence (AI) company Lunit Inc. has another AI software, called the Lunit Scope, up its sleeve for which it hopes to gain U.S. FDA approval by 2025.

The narrative of TIGIT-targeting immunotherapy development, beset by negative news in recent months, has found a positive plotline again, thanks to what Roche Holding AG referred to as “an inadvertent disclosure” of a second interim analysis from the phase III Skyscraper-01 study testing anti-TIGIT candidate tiragolumab with anti-PD-L1 antibody Tecentriq (atezolizumab) in non-small-cell lung cancer.

Critically shortened telomeres are known to be a key limiting factor in successful CAR T-cell immunotherapy, with cells from older patients tending to have shorter telomeres with reduced dividing capacity. As such, these cells are unable to fully eliminate malignancies and provide durable and persistent protection against cancer. So, what if you could lengthen these DNA-protein structures found at the end of chromosomes during the ex-vivo manufacturing of CAR T cells, i.e., before they are put back into the body, so increasing their potency against disease? Newly-launched firm Telos Biotech – a subsidiary company of Cambrian Bio – believes you can, with its patent-protected recombinant protein, Telovance, promising to shake up the cell therapy field.