Dyno Phi

Learn/Design a binder

  1. Target
  2. Epitope
  3. Pilot
  4. Generate
  5. Score
  6. Review
  7. Lab

Choose where to bind

8hotspot residues chosen, author numbered

Choose hotspots on the structure or the sequence

Loading structure
  • hotspot
  • target

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A150, A154, A156, A159, A160, A161, A193, A219

Configuring epitope selection in each model

ModelParameterValue for this set
BoltzGenparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
Germinalparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
RFantibodyparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
See 6 more models
BindCraftparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
Dyno Psiparams.hotspots`hotspots` are required. `binder_center_of_mass` is required for the default `binder_centering=predefined`; set `binder_centering=sphere_exclusion` to omit it. The centre is then computed from the hotspots. Hotspots use 'Chain:Residue' form, e.g. 'A7:58'.
RFD4-Proteinaparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
RFdiffusionparams.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
RFdiffusion 3params.hotspots["A150","A154","A156","A159","A160","A161","A193","A219"]
PXDesigninputs.target_chains, 1-based[29,33,35,38,39,40,72,98] (chain A starts at 122, so subtract 121)

Do this in Phi

Open the target in the viewer and tap or click residues on the surface, or type the set. Phi keeps author numbering and converts for the model you pick.

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