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Kinnate aims to advance its lead candidates into clinical trials next year and collaborate with investigators at precision cancer centers on future research projects.

The University of California, San Diego spinout is developing a technology that uses microbial DNA signatures for the early detection of cancer.

By allowing rare cancer patients to receive genomic profiling and treatments locally, the study investigators are hoping to expand access to molecularly informed care throughout the US.

TargetCancer is activating two enrollment sites and setting up a remote consenting process so patients with rare cancers can be seen at local community hospitals.

Some oncologists said 10 mutations/Mb is an acceptable TMB cutoff in patients who are out of options, while others worry it will drive immunotherapy use in those unlikely to have a lasting benefit.

Health systems' molecular testing labs haven't had to cut back on genomic profiling for cancer patients yet but may need to accommodate COVID-19 testing if needed.

The study showed that patients with targetable genomic markers, especially HER2 alterations, responded well to chemotherapy-free treatments.

With the participation of five cancer centers and clinics, Taproot is hoping to build a national, prospective data registry that is much needed but has been difficult to advance to date.

The company is hoping its technology can help predict which melanoma patients will respond to checkpoint inhibition using immune-related gene expression signals.

Tissue-agnostic drug development approaches have their own set of scientific and financial considerations, but some drugmakers are taking on those challenges.  

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