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Podovirus
Jessica Sacher and Joseph Campbell
13 episodes
2 weeks ago
Phages (bacteriophages) are viruses that kill bacteria with sniper-like precision. They can be incredibly useful for treating life-threatening infections ('phage therapy'), and can help us reduce our dependence on antibiotics. They've been known for 100 years... so WHY do we still not see them on the shelves? Jessica Sacher, PhD (Staff Scientist at Stanford and cofounder of Phage Directory) and Joseph Campbell, PhD (former NIAID program officer) talk to phage therapy practitioners, researchers and entrepreneurs to understand one question: why don't we have phage therapy yet?
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Life Sciences
Science
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All content for Podovirus is the property of Jessica Sacher and Joseph Campbell and is served directly from their servers with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
Phages (bacteriophages) are viruses that kill bacteria with sniper-like precision. They can be incredibly useful for treating life-threatening infections ('phage therapy'), and can help us reduce our dependence on antibiotics. They've been known for 100 years... so WHY do we still not see them on the shelves? Jessica Sacher, PhD (Staff Scientist at Stanford and cofounder of Phage Directory) and Joseph Campbell, PhD (former NIAID program officer) talk to phage therapy practitioners, researchers and entrepreneurs to understand one question: why don't we have phage therapy yet?
Show more...
Life Sciences
Science
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What's the business case for phage therapy?
Podovirus
51 minutes 18 seconds
9 months ago
What's the business case for phage therapy?

“Getting our foot through the door to any VC... As soon as they hear we're infectious disease, their eyes kind of get big. And then they hear we're antibacterial, their eyes get bigger. And then they hear we're not small molecule, it's like all the alarm bells are ringing.”


In this episode, we sit down with Amanda Burkardt (CEO) and Mayukh Das (COO) of Phiogen Pharmaceuticals, a new entrant in the phage therapy space, to tackle one of the field's most pressing questions: can phage therapy succeed as a business where antibiotics have struggled? Drawing from their experience building a phage company from scratch, and recent discussions with Medicare, they share how they're thinking about drug pricing, reimbursement strategies, and how they’re navigating investor skepticism in antimicrobial development.


Takeaways:


- Starting with clear differentiation is crucial - Phiogen's directed evolution platform allows them to enhance desired phage properties

- The antibiotics market's poor track record has created significant barriers for phage therapy companies seeking investment

- Unforeseen post-approval monitoring costs contributed to Achaogen’s bankruptcy, and must be factored into business planning

- Recent approvals of Live Biologic Products (LBPs) for recurrent C. diff provide a potential pathway for phage therapy pricing (~$10,000 per treatment)

- CMS (Medicare/Medicaid) engagement early in development is critical for establishing reimbursement strategies — they are happy to talk to startups!

- The UK's subscription model for antimicrobials could provide significant value (~$100M over 3 years) for qualifying companies

- Phage companies must demonstrate value beyond one-time treatment to justify higher price points

- Infrastructure development, like standardized susceptibility testing, remains a critical need

- The field needs both fixed cocktails for mainstream use and flexibility for personalized approaches

- Success requires alignment between unmet medical need, pricing strategy, and reimbursement policies


Chapters:


00:00 Introduction to Phiogen and business challenges in phage therapy

08:10 Phiogen's technology platform and differentiation strategy

15:13 Navigating investor skepticism in antimicrobials

27:29 Reimbursement strategies and pricing models

35:04 Learning from Live Biologic Product approvals

43:59 The Pasteur Act and subscription models

47:27 Five and fifteen year outlook for phage therapy


Key Quotes:


“Getting our foot through the door to any VC... As soon as they hear we're infectious disease, their eyes kind of get big. And then they hear we're antibacterial, their eyes get bigger. And then they hear we're not small molecule, it's like all the alarm bells are ringing.”

"As long as people are dying and there are unmet medical needs, it is doable. Getting the business model to support that is going to be more challenging, but it is a real problem. There are people dying and there are people suffering. And so as long as that will be the case, there is a need.”

"By utilizing some high throughput methods, we could actually train phages in a way that hadn't been done before. And we're able to utilize this machine to enhance whatever antibacterial capabilities we want.”


Learn more:


- John Rex’s financial post-mortem on antibiotic company Achaogen: https://amr.solutions/2024/10/14/plazomicin-achaogen-financial-post-mortem-passpasteur/

- UK subscription model for antimicrobials: https://www.england.nhs.uk/publication/antimicrobial-products-subscription-model-guidance-on-commercial-arrangements/

- Pasteur Act information: https://www.congress.gov/bill/118th-congress/senate-bill/1355

- A blog post Amanda wrote last year for Capsid & Tail on Phiogen's approach to phage therapy: https://phage.directory/capsid/phiogen-missing-middle-ground#article: "The Missing Middle Ground of Phage Therapy: Effective Phage Therapeutics that Bridge Economy, Regulation, and Unprecedented Functionality"

Podovirus
Phages (bacteriophages) are viruses that kill bacteria with sniper-like precision. They can be incredibly useful for treating life-threatening infections ('phage therapy'), and can help us reduce our dependence on antibiotics. They've been known for 100 years... so WHY do we still not see them on the shelves? Jessica Sacher, PhD (Staff Scientist at Stanford and cofounder of Phage Directory) and Joseph Campbell, PhD (former NIAID program officer) talk to phage therapy practitioners, researchers and entrepreneurs to understand one question: why don't we have phage therapy yet?