Building out its metabolic franchise, Novo Nordisk A/S is buying privately held Montreal-based Inversago Pharma Inc. for up to $1.075 billion, gaining lead asset INV-202, an oral cannabinoid 1 (CB1) inverse agonist. The candidate has demonstrated weight loss potential in a phase Ib trial and is currently in a phase II for diabetic kidney disease. Novo Nordisk’s interest in INV-202 is to explore its potential for obesity and obesity-related complications.
Investors have known for some time that the GLP-1 receptor agonist class offers tremendous promise for treating the underserved obesity population worldwide, but news from Novo Nordisk A/S on cardiovascular outcomes data sent a shiver throughout the space on Aug. 8. Top-line results from the Select trial comparing subcutaneous once-weekly Wegovy (semaglutide) 2.4 mg with placebo showed the treatment reduced major adverse cardiovascular events by a statistically significant 20%.
New company Amber Bio emerged on Aug. 3 with $26 million in seed funding that will help advance an RNA-based gene editing platform that leverages Cas-based systems to create safer medicines. Through the company’s platform, a single drug can be used to treat diseases with high allelic diversity. The company plans to develop its own genetic medicines internally, while also licensing out the technology to expand its reach.
It only took a couple of billion-dollar transactions in the second quarter (Q2) of 2023 to push med-tech dealmaking values above all other recent years. Despite the surge in value, the volume of deals is level with other quarters.
Stoke Therapeutics Inc.’s stock tumbled 32% after the company reported phase I/IIa data of its antisense oligonucleotide, STK-001, in Dravet syndrome, showing it reduced convulsive seizures in children most consistently at the highest dose, with benefits increasing as time progressed.
While med-tech financings in the second quarter (Q2) rose by 24% over the first quarter (Q1) – an historically low Q1 – the overall funding landscape in 2023 has struggled to keep up with other years, with IPOs in particular hitting rock bottom. A total of $5.8 billion was raised in Q2 through 128 transactions. Combined with Q1, the amount for the first half of 2023 is $10.5 billion through 255 transactions. This is an overall drop in value during the first six months of 31% compared with the same timeframe in 2022. It also is down from 2017 – the next lowest year – by 22%.
Venture firm Flagship Pioneering Inc. and Pfizer Inc. are each investing $50 million in a pact that could result in the development of 10 programs, each worth a potential $700 million in milestones. Altogether, if all products are successfully commercialized, the deal could be worth $7 billion, with milestone money going to Flagship and some of its 45 bioplatform companies.
There are at least two ways to look at biopharma deals and M&As in 2023. Through one vantage point, the volume of both, and the value of M&As, are at their lowest levels in at least five years – and deal values have declined by 8% compared with 2022. From another perspective, however, M&As appear to be picking up, and those same declining deal values in the first half of 2023 represent the third highest amount since 2017.
Two biopharma companies entered the public markets on July 14, with Apogee Therapeutics Inc. pricing a $300 million IPO, the second largest U.S. debut this year, and Sagimet Biosciences Inc. raising $85 million. Apogee, of San Francisco, and Waltham, Mass., is advancing APG-777 and APG-808, which are in development for atopic dermatitis (AD) and chronic obstructive pulmonary disease, while San Mateo, Calif.-based Sagimet’s lead candidate is the FASN inhibitor denifanstat for nonalcoholic steatohepatitis.
Taking aim at the elusive place where stubborn cancer cells multiply, Crossbow Therapeutics Inc. has launched with $80 million in funds through a series A round. The Cambridge, Mass.-based company plans to advance its novel therapies, which mimic T-cell receptors and target peptide-loaded major histocompatibility complexes on cancer cells. If all goes well, the first product will be in the clinic in 2025.
