> build digital twins (for the rest of us) on which simulate all-round interventions based
Digital twins, what a freaking crock. Imagine claiming to simulate the biochemical pathways of a trillion cells and 3 billion basepairs and a gorillion chemicals and sequestration zones. Least they could do is take a little tissue and screw around with a patient-derived organoid. If someone made a digital twin that worked proper they'd be making a killing in pharma trials and drug development
My understanding of a "digital twin" is not as something that aims at simulating human biochemistry. It's rather a model that captures specific aspects, not necessarily biological ones. There's a good amount of literature on that subject, e.g. interesting meta-studies studies as [1] and [2], and more [3].
Digital twins, what a freaking crock. Imagine claiming to simulate the biochemical pathways of a trillion cells and 3 billion basepairs and a gorillion chemicals and sequestration zones. Least they could do is take a little tissue and screw around with a patient-derived organoid. If someone made a digital twin that worked proper they'd be making a killing in pharma trials and drug development