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IntellaTurn's Weekly Scoop
By Erin at IntellaTurn ● Apr 02, 2026
This week: FDA drug approvals | First tRNA clinical trial | Q1 deal activity | How to turn a chicken egg into a drug factory
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Notable FDA drug approvals
STAT News
✅ Eli Lilly’s FOUNDAYO: Oral obesity battle begins
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Lilly’s obesity pill was approved yesterday, setting it up for fierce competition against Novo Nordisk’s new Wegovy pill as more people seek alternatives to GLP-1 injections.
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Lilly’s drug, which is called orforglipron and will be marketed as Foundayo, was approved under the FDA’s new commissioner’s voucher program, which grants speedy reviews to drugs that are aligned with national health priorities.
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In phase 3 trials, Lilly tested Foundayo in capsules with doses ranging up to 36 mg. The FDA approved the drug as tablets, with doses ranging up to 17.2 mg, which Lilly said are equivalent to the capsule doses.
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Continue reading: STAT
✅ Novo Nordisk’s AWIQLI: 1st once-weekly basal insulin for adults with type 2 diabetes
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Awiqli (insulin icodec-abae) injection 700 units/mL, is indicated as an adjunct to diet and exercise to improve glycemic control (blood sugar) in adults living with type 2 diabetes.
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Approval grants people with type 2 diabetes a once-weekly basal insulin option for adults to fit into their routines and preferences.
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Novo Nordisk plans to launch Awiqli in its FlexTouch device in the US in the second half of 2026.
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FlexTouch is a disposable, pre-filled pen with a non-extending dose button and low injection force. (Drug Delivery Business News)
✅ Rocket Pharma’s KRESLADI: 1st gene therapy for ultra-rare immune disorder
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The new treatment option is for patients with a certain inherited immunodeficiency so severe that many babies do not live beyond infancy.
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The ultra-rare disease is called leukocyte-adhesion deficiency type 1, or LAD-I. It’s caused by mutations in the ITGB2 gene that lead to low levels of CD18, a protein that leukocytes need to adhere to the blood vessel wall and migrate to tissues.
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Rocket’s gene therapy Kresladi (marnetegragene autotemcel) is made by harvesting a patient’s blood stem cells and engineering them in a lab to introduce functional copies of the ITGB2 gene.
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Kresladi is the first commercial product for Rocket. (MedCity News)
✅ Biogen’s SPINRAZA: New high dose regimen for treatment of spinal muscular atrophy
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The company said the regimen, which includes 50mg and 28mg doses, was designed to deliver a higher concentration of the drug during both loading and maintenance phases.
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The approval is based on data from the phase 2/3 Devote study, which evaluated the efficacy and safety of the high dose regimen in both treatment‑naïve patients and those previously treated with Spinraza.
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The company said the new regimen will be available in the US in the coming weeks and is already approved in the EU, Switzerland and Japan. (PharmaTimes)
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Source: Alltrna website
➡️ First clinical trial of tRNA therapy will start soon
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Alltrna, a startup developing a new class of RNA-based drugs where a single therapy could potentially be reused across many different diseases, has received clearance to begin its first clinical trial, the company said.
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The Cambridge, MA-based company’s therapies are based on transfer RNA, a natural molecule that helps translate the genetic code into proteins.
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Some genetic diseases are caused by mutations that interrupt that translation process, resulting in an incomplete protein. Alltrna has developed synthetic tRNA molecules that intercept those genetic typos and help the cell’s translation machinery finish making the protein.
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The trial, which will begin soon in Australia, will be the first time a tRNA therapy has been tested in humans.
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Although the initial test will be in healthy volunteers, Alltrna is already planning a bigger basket trial that could pit the therapy against a dozen or more rare metabolic diseases. (Endpoints)
➡️ United plots TYVASO filing after ph3 win elicits talk of ‘new IPF standard’
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With a second phase 3 win for Tyvaso in idiopathic pulmonary fibrosis (IPF), United Therapeutics is padding the case for an expansion and putting more color on its filing plans with the FDA.
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In the wake of the “overwhelmingly positive” pair of late-stage readouts, multiple analysts are sharing in United’s optimism that Tyvaso (treprostinil) could change the treatment landscape in the lung scarring disease, which is estimated to affect more than 100,000 people in the US.
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In the late-stage TETON-1 trial, nebulized Tyvaso bested placebo on changes in forced vital capacity (FVC)—measuring the amount of air a patient can forcefully exhale after a deep breath—from baseline to the study’s one-year mark.
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This allowed the study to meet its primary efficacy endpoint and comes after another positive readout for Tyvaso in IPF in the TETON-2 study late last summer.
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United’s drug won out on multiple fronts in the topline showing from TETON-1, demonstrating benefits across “all subgroups” of patients, regardless of smoking status and including those who used background therapy or supplemental oxygen, the company said in its release. (Fierce Pharma)
➡️ Lilly grows AI footprint with up-to-$2.75B Insilico collaboration
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Eli Lilly and Insilico Medicine are expanding a three-year partnership with a discovery and development collaboration that could generate more than $2.75 billion for the AI-based drug developer, Insilico said.
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Lilly has agreed to pay Insilico $115 million upfront, as well as development, regulatory, and commercial milestones, raising the value of the deal, plus tiered royalties on future sales.
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In return, Insilico will grant Lilly an exclusive global license to develop, manufacture, and commercialize what an announcement described only as “potentially best-in-class, novel oral therapeutics in preclinical development for certain indications,” without detailing the therapeutic areas where the companies plan to partner. (Genetic Engineering & Biotechnology News)
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Pharma double-dippers lead Q1 deal activity to nearly $47B

A busy quarter: In all, biopharma spent about $46.8 billion on acquisitions in the period across 19 deals as M&A activity in the sector picks up.
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Eli Lilly served up a triple-scoop of deals, while Gilead, GSK and Novartis went for more modest double-stacked cones in the first quarter.
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The period ended with a flurry of activity, including deals from Biogen, Eli Lilly and Novartis. All told, companies dropped about $20 billion on deals in the final week of the first period alone.
Largest transaction: Gilead posted the largest transaction, with nearly $8 billion for cell therapy partner Arcellx in late February. Exactly a month later, Gilead closed the quarter by picking up Ouro Medicines and its T cell engager for $2.18 billion.
Biggest prize: Merck won perhaps the biggest prize, buying one of biotech’s most exciting targets in Terns Pharmaceuticals for $6.74 billion. The metabolic-turned-cancer immunology biotech has appeared on many analysts’ lists as a compelling company to buy over the years—including BioSpace’s own.
Most acquisitive: Eli Lilly, flush with cash from its mammoth obesity portfolio, was the most acquisitive, with three deals including Centessa Pharmaceuticals and its narcolepsy drug on the last day of the quarter for $6.3 billion.
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The Indianapolis-based pharma also added to its inflammatory portfolio with Ventyx Biosciences for $1.2 billion in January, then entered the CAR T space at last with the $2.4 billion takeover of Orna Therapeutics in February.
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Also executing multiple deals were GSK and Novartis.
Update on Biogen: One company that has not been active of late is Biogen, despite many questions from analysts over the past several years on how and when it might deal. Chris Viehbacher and team finally struck on March 31, dropping $5.6 billion for Apellis Pharmaceuticals for two approved drugs and a team experienced in kidney disease. (BioSpace)
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Interesting read: How to turn a chicken egg into a drug factory
iStock / nathamag11
What’s new: Esther Oluwagbenga, a scientist at a biotech start-up called Neion Bio, is one of the few scientists in the world with the skill to make injections into a chicken embryo artery.
Why it matters: Oluwagbegna is applying this newfound skill to Neion Bio’s mission: to turn chicken eggs into drug factories. She and her colleagues are genetically engineering birds to produce medical compounds.
How it works: To build their first flock of engineered chickens, the Neion Bio team inserted genes into primordial germ cells to produce a drug in egg whites.
The results: The first chicks hatched in September. Now Neion has a flock of 50 engineered leghorn roosters.
The upside: It is estimated that it would take just 3,900 hens to meet the global demand for Humira. And the cost of keeping them on farms would be one-hundredth the cost for a Chinese hamster ovary facility.
Read the full article: New York Times
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