if u find the right conceptually dense words, you can describe MUCH MORE with less [including rough “isomorphisms” between different kinds of common allosteric modifications], though biology is still messy enough that attempts may still have ROI only as high as that of the entire protein folding/molecular dynamics field…
mutation at a single position can result in significant drops in binding activities, known as activity cliffs
distance-dependent synaptic coupling
tortuosity
all the cell parameters anne carpenter uses [eg zerneike polynomials which can detect some cancer cells…]
“oversmoothing” [cf michael bronstein, taco cohen]
LRTCs, criticality
AR(p), viscoelasticity (jude phillip)
(high/low) (specificity/sensitivity)
(necessary vs sufficient vs facilitative conditions)
F-scores
https://meetings.ashg.org/event/ASHG25/sessions/SESQBKS9G9M4BWZ9R