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Modality Biotech Platform
Bio

Modality Biotech Platform

New or improved modality

TL;DR

New modalities offer an improved way to address biologically de-risked targets and explore new target space.

  • Sales cycle on partnerships: 6-18 months of hand-to-hand combat with pharma
  • Typical partnership value:
  • Avg: $5–10M upfront + $200–250M biobucks
  • 90th percentile: $20–30M upfront + $700–800M
  • Preclinical licensors typically capture <20% of the total deal value after nine years
  • Value capture: 4/5
  • Companies

    Applied research pioneers of entirely novel modality: Genentech, SeaGen, Alnylam, Ionis, Moderna, BioNTech, Prime

    Execution-focused pioneers of relatively new modalities: Amgen, Biogen, Monte Rosa

    Tech platforms to systematically improve established modalities: Dyno

    Compound portfolio companies Polyphron, Bionaut and Boost Biomes

    Overview

    Modality Platforms

    A review (albeit with small n) found that new modalities can have higher success rates than small molecules.

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    First companies to translate a novel therapeutic modality from academic labs to human trials (e.g. Genentech, SeaGen, Alnylam, Ionis)

    • Fairly often emerge from the lab that made the initial discovery or at least made a major leap towards therapeutic relevance
    • They take several decades to build, because almost all modalities go through hype cycles. On average, it takes 30+ years to go from discovery to a breakthrough drug.
    • ~13 years to go from discovery to first company formed
    • ~14 years to go from first company formed to first drug approved
    • ~7 years from first approval to the first year a drug does $1B+ in annual sales
  • We at Compound expect that historical timeline to shrink meaningfully over time. Still, during that multi-decade slog, even the companies that now define their modalities regularly experienced existential doubt. It takes a certain kind of leader and culture to persevere.
  • Era-defining companies are often companies that are first to pioneer a new modality, reaching $10-100B+ valuations.
  • Companies innovating on established therapeutic or delivery vehicle modalities (e.g. Dyno, BigHat, Fate, Abcellera, Adimab, LabGenius)

    • These companies commercialize a step function improvement and / or a process innovation that enables them to continue to optimizing existing modalities over time
    • They generally don’t require multi-decade journeys and if they solve a crucial bottleneck in a hot area can even be $2B+ takeout targets within a couple years of founding (e.g. Aliada)
    • Hot later stage companies can often get $30-150M upfront with $0.5-1.5B+ in biobucks per partnership

    Strategy for Modality Platforms

    Steven Holtzman put it best:

    In general, if you are a Product (Therapeutic Modality) Platform Company, your primary risk is under-spending/under-capitalizing early: 1) Your value is directly driven by your first-mover advantage. 2) You need to drive as many shots on goal as possible. 3) You need to stay ahead of the pack in the perfection of your platform/product engine: be, continue to be, and be perceived as the leader. Because you have a potential “embarrassment of riches,” you can partner early and often to raise non-equity capital because whatever product rights (= source of long-term value) you monetize, there will be more where those came from. Early deals can give away all product rights, e.g., to a disease area, maintaining only a downstream economic interest (typically, milestones and royalties). In the next step, the ability to “belly to the bar” for greater downstream financial participation (cost and profit share) will likely feature without commercialization rights. In the following step, some level of commercialization rights (co-promotion/ geographic splits) will be added to the cost and profit share. In a possible next chapter, the deals may add on full commercialization rights to one or more of the products coming from the collaboration (e.g., via a picking mechanism). It is the author’s belief that you are better off sharing in all of the fruits of the collaboration with profit share and retention of a geography and/or co-promotion than in going with a picking mechanism to provide forward integration to commercialization ability. Picking is a binary bet…spread the risk.[3] The combination of a high stream of non-equity capital and clarity that you are using that to build out the leading platform while, at the same time, you have retained enough opportunities for forward integration into downstream value, will drive your stock price up. Now is the time to use the equity markets as your primary source of capital to fuel your retained product opportunities.[4]

    Building Platforms Broadly

    Over the last 10+ years, the dominant meta in biotech has swung violently and irrationally between being all-in on maximally general platforms and conservative single assets plays.

    We at Compound push back on the recently popularized platform playbook of raising hundreds of millions, then taking 5+ years to build out the most generalized tech infrastructure possible, only after that start thinking about what target/disease to apply it to, and then pursue a pipeline of 10+ drug candidates under the flawed logic of maintaining maximal optionality (which really just means that no candidate will receive adequate focus).

    The reality is that no matter what, ultimately all platforms:

    • Will be judged by their first asset progressed to clinic
    • Have little to no pricing power until proven by stand-out clinical read-outs
    • Have at best slightly better odds (i.e. still very low) of developing a successful drug, so building a large, unfocused portfolio is the negative expected value strategy
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    Moreover, nearly 50% of biotechs go bankrupt due to lack of continued funding vs just 33% for clinical failure. This further accentuates the misguided rationale for maximally general, long duration infra buildout without targeted end-points in mind.

    We at Compound focus our bio investing efforts on how to build platforms thoughtfully. We firmly believe that platforms should be built in a step-wise, capital constrained / gated way with an intense focus on building the initial technology towards a specific target/disease uniquely unlocked by your technology.

    • Teams should from the beginning have informed views on the range of targets / diseases that they would be uniquely positioned to address
    • Not only will this inform the initial tech buildout, but also it will enable you to be in a greater position of strength when you go to negotiate with pharma. Instead of accepting their list of targets (which will be those that’ve proven impossible for them to drug internally), you can give them a list of target types or targets you’re exploring and partner with them on ones similar to those of interest to you. This may also better align your early partnerships with your vision for you long-term tech buildout, rather than being a speculative distraction.
  • Then, build the minimal viable tech infra/platform to develop the maximally effective drug candidate for that target(s)/disease(s). The first target/disease is usually not as obvious as Genentech making human insulin, so it’s welcomed to iterate on a handful of targets/diseases before narrowing down and focusing efforts on 1-2 that have an exceptionally strong biological rationale for approval and commercial success.
  • Partner early to remain capital light. Then, as those progress into the clinic, a more full-fledged platform infra and internal pipeline build out commences.
  • Not coincidentally, the rough playbook above is how all the greatest biotech platforms in history were built.

    The beauty of this model when executed well is that it can fund broad, long-duration platform infrastructure build-out in a self-sustaining, minimally dilutive way that’s guided by direct, continual contact with the harsh realities of drug discovery. That iterative feedback loop enables you to figure out how make your tech uniquely potent, to find platform-disease-fit.

    Non-dilutive capital from early pharma partnerships funds further investments into the platform → making it more capable → making odds of drug development success tick up and/or making it useful to more researchers and targets → drawing more non-dilutive opportunities → meanwhile, partnering with pharma gives the team a first-hand look at drug development → strengthening the case for internal pipeline development, which is the way to capture the value you create.

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    Millennium got acquired for $9B off only $8M in VC funding (despite building out proprietary wet lab automation, assays, etc.).

    To execute this playbook, it’s essential to have a strong idea of which potential pharma partners have a strategic imperative to succeed in your focus areas, because those are the only entities with whom you’ll have the pricing power to earn a nice premium for all your efforts.

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    Lastly, our team at Compound gathered clinical, partnerships, and financial data on the 90+ most successful platform biotechs of all time to more precisely understand what these companies typically look like as they scale. Please treat the results as illustrative, not as fact.

    • Just 16% historically have gone public with an asset later than Phase I
    • 25% of the 90 companies' initial lead candidates ultimately got approved
    • 50% of the most successful platform biotechs ever ultimately got 1+ drug approved. That means that for 25% of them, it wasn't their lead asset at IPO (many companies were pre-clinical, PI or in diagnostics at IPO)
    • Just 25% of the most successful platforms ever get multiple drugs approved. 15% get 3+.
    • Ownership retained from partnership deal structures typically goes from ~60% for the first two drugs to 80%+ thereafter
    • Revenue plateaus from years ~5-15. The very few companies that make it passed that 10 year lull in sales become the Amgens of the world.
    • It takes 17 years after IPO for these most successful platforms to have revenues cover R&D alone... and then revenue for the surviving Amgens goes vertical
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    Deal Structure Heuristics

    • Partnerships for the hottest later stage startups can be $30+ upfront with $0.5–1.5B milestones. œ, that would correspond to the 90th percentile deal.
    • The average is roughly $5–10M upfront + $200–250M biobucks
    • Preclinical licensors typically capture <20% of the total deal value after nine years. And payouts are heavily power lawed with the majority of dollars going to Phase III readouts, top 10 deals, or for blockbuster status milestones. Deals on novel or unspecified targets delivered only 5–7% of potential, while those for targets already being pursued by others in trials secured 20–40%.
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    Further Reading

    Time to commercialization for entirely new modalities:

    Mechanism DiscoveryFirst Company FormedFirst ApprovalFirst Year of $1B+ Sales
    Recombinant proteins1973197619821990
    mAbs1975197819861998
    ADCs1958198120002019
    ASOs1978198919982018
    RNAi1998200220182023
    mRNA1990200020202020
    AAV gene therapy1965199220172021
    CRISPR201220132023N/A
    CAR-T1989200920172023
    Radioligand1973200220182024
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    https://web-assets.bcg.com/pdf-src/prod-live/new-drug-modalities-report.pdf

    https://www.bio.org/clinical-development-success-rates-and-contributing-factors-2011-2020

    https://shelbyann.substack.com/p/a-playbook-for-human-evidence

    https://centuryofbio.com/p/commoditization

    Lessons learned from the fate of AstraZeneca's drug pipeline: a five-dimensional framework

    Can the flow of medicines be improved? Fundamental pharmacokinetic and pharmacological principles toward improving Phase II survival

    https://shelbyann.substack.com/p/cell-therapies-living-medicines

    https://www.mackenziemorehead.com/the-failures-and-futures-of-cancer-vaccines/

    Target Validation Methods

    On NPV, DCF and IRR(elevance)

    https://rapport.racap.com/all-stories/semper-maior-2026-biotech-ma

    https://www.mckinsey.com/industries/life-sciences/our-insights/small-but-mighty-priming-biotech-first-time-launchers-to-compete-with-established-players

    https://reconstrategy.com/2025/04/preclinical-licensing-deals-realized-value/

    https://www.mackenziemorehead.com/autonomous-science-part-i-everythings-an-api-away/

    https://shelbyann.substack.com/p/commercializing-autonomous-science

    https://www.librariesforthefuture.bio/p/why-do-biotechs-fail

    https://www.michaeldempsey.me/blog/2025/10/03/sequencing-vs-equal-odds-applied-research/

    The Entrepreneur’s Guide to a Biotech Startup https://ott.emory.edu/_includes/documents/sections/startups/guide_to_biotech_startup.pdf

    Company Histories

    https://www.amazon.com/Code-Breaker-Jennifer-Doudna-Editing/dp/1982115858

    https://www.amazon.com/Genentech-Beginnings-Sally-Smith-Hughes/dp/022604551X

    https://archive.org/stream/swansonrobiveco00roberich/swansonrobiveco00roberich_djvu.txt

    https://cen.acs.org/pharmaceuticals/Stanley-Crooke-finally-making-sense/97/i18

    At a Glance

    Categories
    Bio
    Definition
    New or improved modality

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    2026 Compound