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STAT+: Leukemia drug data suggested a different way to treat diabetes. A new biotech will test that idea

SAN DIEGO — When Kura Oncology decided to take aim at a protein involved in cell division and signaling, researchers reported a bonus finding: Targeting the protein, menin, didn’t just control the growth of leukemia cells, it also helped control blood sugar levels in animal studies. The biotech on Wednesday announced that it is turning that insight into a new company.

The new firm, Caspian Therapeutics, is launching with $50 million in financing to develop menin inhibitors for diabetes and other cardiometabolic diseases. The initial funding, led by BVF Partners and joined by Eli Lilly and members of Kura’s leadership team, among others, is meant to advance Caspian’s lead small molecule drug through an early-phase clinical trial in diabetes and support the development of a second candidate.

Kura will retain around 50% ownership of Caspian, and Kura CEO Troy Wilson will serve as executive chair of the new biotech’s board. Robert Spencer, who was most recently CEO of Neurommune Therapeutics and has previously led drug discovery programs at Merck, was named Caspian’s head.

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© Kura

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STAT+: Replimune skin cancer drug that became FDA flashpoint is rejected again

The Food and Drug Administration on Friday rejected — again — an experimental treatment for advanced skin cancer developed by Replimune Group. 

Replimune’s treatment, an engineered virus designed to rev up the immune system against melanoma, has been a flashpoint in a simmering debate over shifting standards at the agency.

The drug was initially rejected in July, just two months after Vinay Prasad was appointed the FDA’s head of biologics. As an academic oncologist, Prasad criticized regulators for approving drugs with limited data, and the Replimune decision was viewed as a possible sign of the stricter stance he might take at the agency.

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© Markus Schober and Elaine Fuchs, The Rockefeller University/NIH

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STAT+: 5 years after lupus breakthrough, CAR-T is still surprising autoimmunity researchers

Georg Schett had two things: a young patient deathly ill with lupus, and a couple of mouse studies raising the possibility that special T cells could tame the condition.

The German physician-scientist could produce the cells — chimeric antigen receptors, or CARs — at his institution, which was half the battle. Another hurdle: The patient’s parents. “They were like, ‘Don’t do that. You’re crazy,’” recalled Fabian Müller, Schett’s collaborator at the University of Erlangen-Nuremberg. A widespread fear at the time was that T cells would trigger or worsen autoimmune disease. 

The rest of the story is the rare scientific fairy tale: The patient got better. Five years on, she is still in remission, and working in the very clinic where she was treated. Her case upended the world of autoimmune disease, driving a flood of experimentation and investment and offering new hope to millions of patients. 

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© Adobe

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STAT+: Many cancer patients don’t get genomic tests to guide treatment, study finds

For some advanced cancers, sequencing the tumor genome should be one of the first steps patients and physicians take. But a new study finds that many patients never receive genomic testing and so never get the chance to know if they might have benefitted from newer, more targeted therapies.

The study, published on Tuesday in JAMA Network Open, examined how many patients diagnosed with one of five different metastatic cancers received genetic sequencing for the cancers. For most cancers in the study, roughly half of patients in the cohort received genetic sequencing. Patients with low income, Medicare or Medicaid coverage, and Black or Hispanic race or ethnicity were also less likely to receive sequencing.

Cancer medicine and research have made enormous progress over the last few decades. The overall five-year survival rate has pushed up to 70% as of 2026, and the five-year survival rate for metastatic cancer has doubled since the 1960s. That’s in large part thanks to advances in medicines and technologies that can help treat cancer, like targeted therapies that work by exploiting key cancer mutations.

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© Ewa Krawczyk/National Cancer Institute via AP

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STAT+: Gilead to buy cancer biotech Tubulis for more than $3 billion

In a move that will grow its oncology pipeline, Gilead Sciences is spending more than $3 billion to buy the German biotech Tubulis, the companies said Tuesday.

The deal includes an upfront payment of $3.15 billion and up to $1.85 billion more if certain milestones are reached. It also highlights both the therapeutic and commercial promise of antibody-drug conjugates, the next-generation chemotherapy treatments that the privately held Tubulis is developing.

Gilead’s latest move comes just months after it said it would acquire Arcellx in a deal worth $7.8 billion. The two companies had already been working together on a multiple myeloma CAR-T therapy that could be approved later this year. Gilead last month also announced that it was buying Ouro Therapeutics, which is focused on drugs for autoimmune disease, for up to $2.18 billion.

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© Justin Sullivan/Getty Images

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