Licensing & partnerships
40 articles
Novo Nordisk Exits $285M Obesity Drug Deal with Ascendis Pharma
- Novo Nordisk has terminated its partnership with Ascendis Pharma to co-develop a once-monthly GLP-1 receptor agonist for obesity and diabetes.
- The collaboration was signed in November 2024 and licensed Ascendis's TransCon sustained-release drug delivery platform to Novo for its lead once-monthly program.
- Under the original agreement, Ascendis was eligible for up to $285 million in combined upfront, development, and regulatory milestone payments, plus potential tiered royalties.
- The goal was a monthly-dosed treatment intended to compete with existing daily and weekly GLP-1 drugs on the market.
- Novo ended the collaboration less than two years after it began, with no monthly GLP-1 product having resulted from the partnership.
A sub-$300M deal dying in under two years, with no candidate ever reaching the clinic, is a cheap off-ramp — Novo exits with minimal sunk cost, unlike a late-stage termination. That's the tell: this reads less as a verdict on Ascendis's TransCon chemistry and more as Novo reprioritizing internally under intense competitive pressure from Lilly's tirzepatide franchise and oral orforglipron. Killing a monthly-dosing bet also raises a sharper question: is weekly GLP-1 dosing already "good enough," with the real prize shifting to oral convenience instead? For Ascendis, the financial hit is small but the strategic one isn't — losing a big-pharma validation partner for TransCon undermines the platform story just as investors want proof the delivery tech, not just the molecule, is what pharma will pay up for.
Novo walks away from $285M pact to develop monthly GLP-1 obesity drug with Ascendis ↗
Merck KGaA Acquires PostEra's Oral Fertility Drug Programs
- Merck KGaA, through its EMD Serono fertility business, has agreed to acquire two oral small-molecule fertility drug candidate programs from PostEra for an undisclosed sum described as "mid-double-digit millions."
- Both programs are orally administered small molecules, contrasting with the injectable biologics that currently dominate fertility treatment.
- One program comprises FSHR (Follicle-Stimulating Hormone Receptor) agonists intended for ovarian stimulation during IVF.
- The other comprises LHCGR (Luteinizing Hormone/Choriogonadotropin Receptor) agonists aimed at male infertility and triggering ovulation during IVF.
- PostEra, an AI-driven drug-design startup named one of C&EN's "10 Start-Ups to Watch" in 2025, developed both candidate series using its computational platform.
A bolt-on, not a market entry: EMD Serono is already a top-three fertility player commercially, so this reinforces an existing franchise rather than opening a new front — low-risk portfolio strategy. The real story is oral-vs-injectable: IVF stimulation has run almost entirely on injectable biologics for decades, and a credible oral FSHR/LHCGR agonist would be a genuine convenience disruption, expanding the addressable market to patients who avoid treatment due to injection burden. On price, "mid-double-digit millions" for two early/preclinical programs is a small, platform-validation-scale bet, not a transformative deal — size expectations accordingly. And for PostEra, getting bought for its output rather than its platform is a telling data point in the AI-drug-discovery debate: near-term value may sit in the assets, not the software.
GSK Licenses Trispecific T-Cell Engager from Chimagen for Multiple Myeloma in Deal Worth Up to $750M
- GSK has agreed to license a preclinical trispecific T-cell engager (TCE) from China-based Chimagen Biosciences for the treatment of multiple myeloma.
- The agreement includes an upfront payment plus development and commercial milestones, with total potential deal value of up to $750 million.
- Unlike currently approved bispecific TCEs in myeloma, the candidate binds T cells while simultaneously engaging two validated tumor-associated antigens, a design intended to improve efficacy and tolerability.
- The program remains preclinical; GSK expects the asset to enter Phase I trials in 2027.
- This is GSK's second licensing deal with Chimagen, following a 2024 agreement worth up to $850 million for a separate TCE targeting B-cell-mediated autoimmune disease.
Preclinical asset, real money: up to $750M for a molecule years from human data is a differentiation bet, not a de-risking buy — GSK is wagering the third binding arm clears a bar that Tecvayli, Talvey, and Elrexfio already set. Trispecific design is the pitch, but myeloma TCEs are now a crowded field; incremental antigen coverage has to translate into durability or safety gains, not just a cleaner mechanism story. Second Chimagen deal in under two years (after the $850M autoimmune TCE in 2024) turns a one-off license into a platform relationship — GSK is treating this China-based biotech's engineering as a recurring pipeline source, echoing the broader Western-pharma pivot to China for early oncology assets. Phase I isn't until 2027, so this is a multi-year credibility test for GSK's TCE bet across both oncology and autoimmune.
GSK strikes deal for Chimagen's T cell engager for blood cancer ↗
Merck KGaA's EMD Serono Acquires Two of PostEra's Oral Fertility Drug Programs
- EMD Serono, Merck KGaA's US/Canada healthcare business, acquired two fertility-focused small-molecule drug discovery programs from AI-driven biotech PostEra for an undisclosed sum described as "mid-double-digit millions."
- The deal covers an oral FSHR (follicle-stimulating hormone receptor) agonist for ovarian stimulation in IVF, and an oral LHCGR (luteinizing hormone/choriogonadotropin receptor) agonist for male infertility and as an ovulation trigger.
- Both candidates are orally dosed small molecules, positioned as a potential alternative to the injectable gonadotropins that currently dominate fertility treatment.
- PostEra used its computational/AI discovery platform to design the molecules and to engineer around selectivity and liability issues; the startup had pivoted toward fertility and PMOS programs roughly a year earlier.
- The transaction acquires specific programs rather than the whole company, following PostEra's 2025 C&EN "10 Startups to Watch" recognition.
Mid-double-digit millions for two programs, not a company, is the tell: EMD Serono is buying de-risked assets à la carte rather than paying PostEra's AI-platform premium, the same capital-efficient logic behind a growing wave of biopharma bolt-ons that skip a full acquisition. Fertility is a structurally underserved category: injectable gonadotropins have dominated IVF stimulation for decades with almost no oral competition, so a credible oral FSHR/LHCGR agonist pair is a genuine convenience-and-compliance wedge, not incremental pipeline filler. For PostEra, the more interesting signal is monetization strategy: an AI-native biotech cashing out individual de-risked programs rather than building toward its own pipeline or IPO. For Merck KGaA, it's a low-risk way to reload EMD Serono's fertility franchise with next-gen oral chemistry without integration risk.
FDA Slaps Partial Clinical Hold on Biohaven's Opakalim Days After $795M SK Biopharmaceuticals Licensing Deal
- On Aug 26, 2026, Biohaven granted SK Biopharmaceuticals global rights to its Kv7 ion-channel platform and lead candidate opakalim (BHV-7000/BHV-7043), a deal worth up to $795M — including $350M at closing (part of $400M in near-term cash), $150M in development/regulatory milestones, and tiered royalties on U.S. net sales.
- Opakalim is a selective Kv7.2/7.3 potassium-channel activator in Phase 2/3 development for focal epilepsy, with pivotal RISE-3 topline data expected in 2H 2026.
- On Sept 4, 2026, the FDA placed a partial clinical hold on the program after Biohaven flagged a metabolite observed in rodent studies whose relevance to humans is not yet established.
- The hold blocks new patient enrollment (mainly affecting RISE-2) but allows continued dosing of already-enrolled patients across the pivotal trials and open-label extension; RISE-3 is already fully enrolled.
- Biohaven says the RISE-3 readout timeline is not expected to change; the news still weighed heavily on Biohaven's stock.
Look at the cash waterfall before reading this as a disaster: SK already wired the firm money pre-hold, and Biohaven keeps it no matter what the FDA ultimately decides — the $395M in milestones and royalties was always the risk-bearing tranche, so SK's real downside exposure was deferred by deal structure, not dodged by luck. The sharper question is timing: a partial hold landing nine days after signature invites an obvious diligence question — was the rodent metabolite finding already in Biohaven's IND file when SK signed, or did SK simply outrun its own risk review? Practically, this is noise, not crisis: RISE-3 is fully enrolled, so the pivotal readout timeline is intact; only RISE-2's tail enrollment stalls. The bigger tail risk is reputational spillover to Kv7 as a mechanism class — that would sting Xenon's azetukalner more than it dents Biohaven's balance sheet.
Biohaven epilepsy drug suffers FDA hold days after attracting $350M deal ↗
Solstice Oncology Launches with $225M Series A, Licenses CTLA-4 Antibody from Harbour BioMed
- Solstice Oncology launched publicly with an oversubscribed $225 million Series A round, led by a major life-sciences investment firm with support from several other biotech investors.
- Harbour BioMed granted Solstice an exclusive ex-Greater-China license plus an equity stake to develop porustobart, a next-generation Fc-enhanced CTLA-4 antibody Harbour BioMed discovered.
- Solstice aims to move the antibody into earlier, neoadjuvant use ahead of surgery, rather than reserving it for later-line metastatic cancer.
- The approach is backed by earlier data showing porustobart plus a PD-1 inhibitor produced encouraging, durable responses in hard-to-treat MSS colorectal cancer patients without liver metastases.
- New funds will support a Phase 2 trial combining porustobart with Keytruda, plus a separate Phase 2 colon cancer study opening enrollment later this year.
• Textbook China-to-West playbook: a Western syndicate (RA Capital-led) capitalizes a new US NewCo to develop a China-originated clinical asset outside Greater China — now the default route for getting Chinese-discovered biologics into global markets. • License-plus-equity, not a straight license, is the tell: Harbour BioMed keeps upside tied to Solstice's success rather than taking cash alone, and an oversubscribed $225M Series A for a single asset signals unusually strong investor conviction. • The real strategic bet is timing — pushing porustobart into neoadjuvant use instead of crowded late-line CTLA-4/PD-1 combinations is differentiated, but also less-trodden regulatory and commercial ground. • Everything hinges on execution: the prior 'encouraging' late-line colorectal data is rationale, not proof; the coming Keytruda-combo and colon cancer Phase 2 readouts are the real test of the thesis.
Fierce Biotech Fundraising Tracker '26: Encoded finagles $275M series F; Solstice rises with $225M ↗
Elix and Axcelead DDP Partner on AI-Driven Discovery of Targeted Protein Degraders
- Elix, an AI drug-discovery company, and Axcelead Drug Discovery Partners (Axcelead DDP), a Takeda-origin drug-discovery CRO, signed a joint research agreement on targeted protein degraders (TPDs), announced September 9, 2026.
- The collaboration will build a new AI drug-discovery model by combining Axcelead DDP's structural and proprietary experimental/evaluation data with Elix's AI-based molecular design and prediction technology.
- The resulting model will be applied to Axcelead DDP's TPD drug-discovery programs, aiming to improve efficiency and success rates versus conventional approaches.
- The partners say the approach could open up previously hard-to-drug targets by pairing Elix's AI platform with Axcelead DDP's drug-discovery experience and experimental infrastructure.
- The two companies also plan to develop new drug-discovery support solutions based on knowledge and technology gained through this joint research.
- No financial or milestone terms were disclosed in available reporting.
Look at what each side actually brings before dismissing this as another AI-plus-CRO logo swap: Axcelead supplies Takeda-pedigree structural and proprietary experimental/assay data on TPD targets, Elix supplies the AI design/prediction layer, and each fills a gap the other genuinely lacks. Positioning-wise, Elix is staking a claim specifically in TPD, a messier modality than standard small-molecule design where good training data is scarce, which is a smarter wedge than competing head-on with the bigger AI-discovery names on general hit-finding. For Axcelead, it's a way to differentiate against larger domestic CROs without building AI in-house. The phrase to watch is 'new drug-discovery support solutions' — that reads as platform/licensing ambition beyond servicing Axcelead's own pipeline. No financial terms disclosed, so there's no way yet to gauge how committed either side really is.
ElixとAxcelead DDP、タンパク質分解誘導薬の共同研究/帝人、信州大と細胞・遺伝子治療製品製造技術の共同研究 など|製薬業界きょうのニュースまとめ読み(2026年9月9日) ↗
Schrödinger Spins Out Tectora Therapeutics in $55M Immunology Licensing Deal
- On September 9, 2026, Schrödinger announced a licensing and collaboration agreement with Tectora Therapeutics, a new immunology/inflammation biotech it co-founded with NEA and RA Capital Management.
- Schrödinger licensed two early-stage small-molecule programs, SDGR-4594 and SDGR-8139, to Tectora for an equity stake plus potential future milestone payments and royalties.
- Tectora concurrently closed a $55 million Series A financing from NEA and RA Capital to fund preclinical work on the programs.
- Tectora will use Schrödinger's computational drug discovery platform to advance the licensed assets toward clinical candidates.
- The deal lets Schrödinger monetize and advance internal pipeline assets via an external company while retaining equity upside.
Schrödinger is monetizing its own discovery engine here, not just licensing it to others — a meaningful shift for a company whose story has long been 'platform, not pipeline.' Spinning SDGR-4594 and SDGR-8139 out to a VC-backed shell instead of advancing them in-house is capital-efficiency logic: Schrödinger keeps equity and royalty upside without funding preclinical burn off its own balance sheet, while NEA and RA Capital absorb the binary risk. The equity-plus-milestones structure, instead of a straight license fee, signals that early discovery-stage assets are hard to price for cash right now — everyone's betting on the come. Watch for more computational-discovery shops (Recursion, Insitro, Isomorphic) following this playbook: spin out rather than sell or self-fund, and let Series A investors underwrite the translational risk.
Schrödinger births new immunology and inflammation biotech, Tectora Therapeutics ↗
Roche's China Buying Spree Continues With $1.53B Simcere Antibody Deal
- Roche will pay Simcere Zaiming $75M upfront for exclusive global rights to SIM0660, with up to $1.53B in total milestones plus tiered double-digit royalties.
- SIM0660 is a preclinical trispecific antibody combining a CD3 T-cell-engaging arm with two B-cell-targeting arms against CD79a and CD19.
- Dual B-cell antigen targeting is designed to broaden coverage across malignant and autoimmune B-cell populations, including patients who progressed on CD20- or CD19-directed therapies.
- A cytokine-limiting design aims to address the tolerability issues that have dogged earlier T-cell engagers.
- The deal is Roche's third Chinese in-licensing agreement in just over a week, extending a multi-year pattern of sourcing early-stage oncology and immunology assets from Chinese biotechs.
Dual-antigen targeting (CD79a + CD19) is the differentiator — most B-cell engagers still chase one antigen, so this asset is explicitly built for patients who've already progressed on CD19- or CD20-directed therapy, a relapse population CAR-T and existing bispecifics can't fully cover. $75M upfront against $1.53B in milestones is textbook preclinical pricing: Roche caps its downside, Simcere Zaiming carries the early clinical risk, and most of the payout hinges on the cytokine-limiting design actually solving the tolerability problem that's dogged prior T-cell engagers. Three China deals in barely a week isn't bargain-hunting — it's a systematic pipeline-refill strategy, treating Chinese biotech as a faster, cheaper source of differentiated immuno-oncology chemistry than internal discovery. As more Western majors chase this playbook, though, China-originated multispecifics could get crowded and bid up before any clear pivotal data emerges.
Roche inks $1.53B deal for Simcere's B-cell-targeting antibody ↗
Genentech Licenses DualityBio's Next-Gen ADC Payload Platform to Counter TOPO1 Resistance
- Genentech has licensed DualityBio's DUPAC antibody-drug-conjugate payload platform: $45M upfront, over $1B in milestones, plus tiered royalties.
- Shanghai-based DualityBio handles target-specific ADC discovery through Phase 1a on Genentech-chosen oncology targets; Genentech then owns exclusive rights through late-stage development and commercialization.
- The rationale is payload resistance — topoisomerase-1 (TOP1) inhibitor payloads underpin most current ADCs, including DualityBio's own BioNTech-partnered HER2 asset, and resistance is rising as these drugs reach earlier treatment lines.
- DUPAC is pitched as a next-gen payload that stays active in TOP1-resistant tumors.
- This follows DualityBio's 2023 BioNTech deal (>$1.5B) and extends MNC pharma's pattern of sourcing ADC payload innovation from China.
The economics: $45M upfront against $1B+ in milestones is a cheap call option for Genentech — DualityBio absorbs discovery and Phase 1a risk, and Genentech only pays once DUPAC clears its resistance hurdle. That's a smaller headline number than DualityBio's 2023 BioNTech deal, hinting at either narrower scope or softer terms on partner #2. Strategically, this is Roche/Genentech hedging against a class-wide ceiling: TOP1 payloads underpin nearly the entire current ADC generation, including Enhertu and DualityBio's own BioNTech HER2 asset, so resistance will bite everyone eventually. It also confirms Genentech won't build payload discovery in-house, joining Pfizer/Seagen and AbbVie/ImmunoGen in sourcing ADC innovation from China. For DualityBio, a second nine-figure MNC partner in three years validates the platform model — though whether DUPAC actually beats resistant tumors is still unproven.
Roche bets $1B+ on DualityBio's ADC tech to tackle TOPO1 resistance ↗