glp-1s
Telehealth firms advertise GLP-1 'microdoses' to continue compounding
A growing number of telehealth companies, including Noom, Found, and Hims & Hers, are offering “microdosed” GLP-1s.
Though doctors and researchers say there is no robust clinical evidence for giving the drugs at very small doses, these offerings will likely persist as a strategy for telehealth firms and their compounding pharmacy partners to continue to profit off of the popular drug class, STAT's Katie Palmer writes.
Telehealth companies began offering compounded GLP-1 products when the branded versions fell into shortage. They had to stop this year after the branded drugs came back into supply, but many firms have continued to offer compounded products by tweaking their formulations just enough, they argue, to be allowable under the FDA’s compounding guidance.
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psychedelics
First psilocybin drug may be approved earlier than expected
Compass Pathways, which is developing a psilocybin treatment for severe depression, said this morning it now expects a potential approval decision in late 2026 or early 2027, nine to 12 months earlier than previously anticipated.
Following what it described as a “positive” meeting with the FDA, Compass is now planning for a rolling submission. If approved, its drug would be the first psilocybin therapy on the market.
Health Secretary Robert F. Kennedy Jr. and FDA Commissioner Marty Makary have both voiced support for the development of psychedelics, leading proponents to hope the agency will help get them on the market faster.
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financing
Spinout from Doudna's lab raises $82 million
A new company spun out from the lab of researcher Jennifer Doudna has raised $82 million to create in vivo CAR-T treatments.
The startup, Azalea Therapeutics, quietly raised a $17 million seed round in 2023 and then closed $65 million in new Series A last week. It’s a notable raise amid a protracted downturn for gene-editing startups.
Today’s CAR-T therapies are highly effective at treating certain blood cancers, but patients’ cells have to be removed, re-engineered in a facility, and then reinfused — a toxic, expensive, and cumbersome process. That's why drug companies are intersted in creating in vivo alternatives that can transform patients’ cells in their body.
Read more from STAT's Jason Mast and Allison DeAngelis.