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Wall Street's AI fixation, Flagship's latest hire, & scaling 'N of 1' medicines

July 13, 2023
National Biotech Reporter
Good morning, all. Damian here with the latest personnel moves in major VC, the Midas touch of artificial intelligence, and hope for treating ultra-rare diseases.

The need-to-know this morning

  • Roche said a more convenient formulation of its multiple sclerosis medicine Ocrevus that can be delivered by a 10-minute injection just under the skin met the goal of a study showing statistical equivalence to the currently approved intravenous formulation. 
  • Shares of TG Therapeutics, which sells a competing, intravenously delivered treatment for multiple sclerosis, fell on the Roche announcement.

Venture

Flagship recruits Bristol Myers' former head scientist

The venture firm Flagship Pioneering has hired Rupert Vessey, a former head of research at Bristol Myers Squibb and Celgene, to serve as its chief scientist.

As STAT's Allison DeAngelis reports, Vessey will work on the company-creation side of Flagship, whose previous foundlings include Moderna, Sana Biotechnology, and Denali Therapeutics. 

Vessey came to Bristol Myers in 2019 as part of the company's $74 billion buyout of Celgene, tasked with overseeing the company's early and mid-stage drug development. In January, Bristol Myers overhauled its R&D strategy, leading to Vessey's abrupt departure.

Read more.



Chart of the day

AI makes $1 worth $20

D3 vis exported to PNG (62)

Recursion Pharmaceuticals saw its market value increase by about $1 billion yesterday on the news that Nvidia, a fast-growing maker of computer chips, would invest $50 million to support the company's work using AI to discover new drugs.

The announcement itself is heavier on buzzphrases than on actual details, but the gist is that Recursion, which was founded on the idea that sophisticated computers could speed up drug development, is using Nvidia's software, including something called "BioNeMo," and will make it available to biotech partners. 

The outsized stock reaction — Recursion's share price is now nearly double what Nvidia paid for its $50 million stake — appears to be a biotech extension of Wall Street's recent AI boom. Nvidia's share price has more than tripled since the start of the year, as the perceived promise of generative AI platforms like ChatGPT has bolstered the profile of companies that manufacture the chips that power them.


Obesity

Take the latest GLP-1 data with a grain of salt

More than two-thirds of people prescribed a GLP-1 treatment for weight-loss had stopped taking the drug within a year, according to a study conducted by a large pharmacy benefits manager, suggesting the much-discussed treatments have fewer real-world benefits than their clinical trials would suggest.

But it's worth taking a closer look at those data, disclosed yesterday by the PBM Prime Therapeutics. The study period was 2021, when the primary GLP-1 treatment prescribed for obesity was Novo Nordisk's Saxenda, a daily injectable. Wegovy, the weekly treatment facing surging demand, didn't take off until 2022. That suggests Prime's study captures data on a less-convenient, less-effective GLP-1 medicine than the current standard of care and might not accurately reflect real-world adherence to the latest generation of drugs.

It's also worth considering Prime's vested interest in the ongoing fight between Novo Nordisk and insurance companies over whether Wegovy merits insurance coverage. The study concludes that, due to the high discontinuation rate, treating obesity with GLP-1 medicines led to an increase in short-term costs that resulted in no value to the health care system. Novo Nordisk is preparing an answer to this claim in the form of a massive cardiovascular outcomes study slated to read out this summer, which will undoubtedly escalate the argument between manufacturers and payers.


Research

How the search for 'N of 1' medicines could accelerate

The latest advance in crafting customized medicines for ultra-rare diseases has scientists and families optimistic that the process of developing so-called N of 1 treatments might gradually become less time-consuming.

As STAT's Bree Iskandar reports, a team at Boston Children's Hospital has developed a personalized medicine for a young child with a genetic disorder called A-T, or ataxia-telangiectasia. The same group previously invented a custom treatment for a child with a form of Batten disease.

It's not yet clear whether the A-T drug will prove to be effective, but the iterative development of customized therapies suggests scientists might be able to scale their approach to more quickly spin up personalized drugs, which would speed up the process of discovery, development, and approval.

Read more.


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More reads

  • There's a bill well-suited for drug shortage reforms, but Congress isn't interested, STAT
  • FDA's OK isn't always a happy day for biotech investors, Wall Street Journal

Correction: Yesterday's edition misspelled the name of Marta Wosińska.


Thanks for reading! Until tomorrow,


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