
Today on Drug Discovery & Development
Schrödinger-BMS collaboration centers on Bunsen for trillion-scale computational drug discovery
The 1990-founded scientific software firm Schrödinger recently announced a strategic collaboration and software agreement with Bristol Myers Squibb (BMS) built around Bunsen, Schrödinger’s newly announced agentic AI co-scientist. While the term “AI co-scientist” can have varying definitions, Schrödinger is positioning Bunsen as a sort of execution engine for computational chemistry, including workflows already used across…The 50 best-funded biotech companies of 2026
By one measure, Alphabet-controlled Isomorphic Labs would tower over every company on this list. The AI drug discovery company has raised $2.7 billion in external financing, including a $2.1 billion Series B announced in May. Its corporate structure, however, puts it outside our definition of an independent biotech startup: Alphabet still controls at least 75%…Drug Discovery and Development See More >

Sai Life Sciences’ bet on information-dense scale-up and how it is responding to pharma clients who want acceleration
Why has it taken so long, historically, to bring a new drug to market? In a word: complexity. At one end of the spectrum, there is the complexity of disease, genetic variability, the presence of environmental variables that cause patients to respond differently to the same treatment. The thread extends into clinical development, where the…

Ahead of PharmSci 360, DigiM CEO on turning hidden microstructures into drug-release predictions

CEO of CDMO AustinPx on its exclusive agreement with Thermo Fisher’s Patheon division

Top pharma companies set sustainability goals, but emissions are still increasing

SLAS 2026: Orchestration patforms, API-first instruments and the rise of semiautonomous labs
Sponsored Content See More >
Genomics/Proteomics See More >

New cell imaging method reveals hidden enzyme activity
Negative biosensors have often been unusable because, as the sensors lose signal when activity is detected, regions of high enzyme activity can look identical to regions with no activity. Researchers at the University of Illinois Chicago have solved this problem with a new cell imaging method that allows scientists to see previously hidden enzyme activities by flipping the optical readout of…

Beyond the silver bullet: Why precision medicine is the next frontier for the $1 trillion obesity market

Columbia-CZ team develops 10.3M parameter model that outperforms 100M parameter rivals on cell type classification

Spatial biology: Transforming our understanding of cellular environments

Biotech in 2025: Precision medicine, smarter investments, and more emphasis on RWD in clinical trials
Infectious Disease See More >

As measles cases hit a 35-year high, Trump executive order backs a narrower childhood vaccine list
The U.S. entered August with more measles cases so far this year than it recorded during all of 2025. With kindergarten MMR coverage down to 92.5% from 95.2% before the pandemic, and Stanford modeling published in JAMA projecting measles could become endemic again within roughly two decades at current rates, President Donald Trump issued a…
Oncology See More >

As chemo overtreatment comes into focus, Atossa bets on tamoxifen’s active form
As evidence mounts that some hormone receptor-positive, HER2-negative breast cancer patients are being overtreated with chemotherapy, researchers are working to identify which patients can safely avoid it, and to expand the treatment options available to those who can. Atossa Therapeutics thinks endoxifen, the active metabolite behind tamoxifen, could be an important addition to that toolkit. …

How ConcertAI turned CancerLinQ into a point-of-care oncology intelligence platform

Moderna bets on mRNA’s second act with cancer, autoimmune programs and AI research platform

Calderasib’s real innovation: designed for combinability and potency




























