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. Author manuscript; available in PMC: 2026 Apr 15.
Published in final edited form as: J Comput Chem. 2026 Jan 15;47(2):e70312. doi: 10.1002/jcc.70312

Table 4.

Iso-library composition in terms of number of fragments and torsions compared to baseline libraries.

iso-lib size iso-library type baseline library type
all types HMS/HMS VOH/VOH VOH/TAN generic ZINC13M
overalla uniq-allb uniq-20b rec-20c uniq-all uniq-20 rec-20 uniq-all uniq-20 rec-20 uniq rec uniq
sid 21,519 2,637 1,429 1,418 2,551 1,352 1,347 3,154 1,689 1,668 217 217 38,949
lnk 9,874 1,247 800 794 1,220 729 727 1,281 903 894 146 146 20,892
scf 211 136 115 108 136 116 111 136 116 1113 19 19 7,738
total 31,604 4,020 2,344 2,320 3,907 2,197 2,185 4,571 2,708 2,675 382 382 67,579
tors 10,844 10,844 10,844 5,695 10,844 10,844 6,121 10,844 10,844 5,555 10,844 4,412 10,844
a

Total number of sidechains, linkers, scaffolds, and torsions in the three iso-library types is identical.

b

Number of unique (uniq) sidechains, linkers, scaffolds, and torsions (abbreviated tors) in each iso-library for all (up to 100 max) and the top 20 fragments.

c

Number of recovered (abbreviated rec) sidechains, linkers, scaffolds, and torsions using different iso-libraries (using the top uniq-20 fragments) for de novo design from simulations across 57 proteins (15 seed anchors each).