SUP all on 1FTS

1byi- sups in GTP domain (1fts), a few loops at interface region are longer and loop out, otheriwse same fold in this region

1hyqA-sups in GTP domain (1fts), a few loops at interface region are longer and loop out, otheriwse same fold in this region

1cp2A-slightly diff fold, extra arm right in GTP region

1f48A-about half of this protein sups on 1fts, extra protein part right in GTP region, mightbe okay if Ffh sups in other region and that forms interface, this is an ATPase

1eg7A- only part of this protien sups, extra part doesn't look anything like ffh or ftsy

1ctqA-resembles G part of ftsy

1nksA-prog doesn't sup them, resembles G part of ftsy

1adeA-only part of this protien sups, extra part doesn't look anything like ffh or ftsy

1efcA- probably not good model, sups on opp side of where GTP binds and rest of protein exists there

1bif- looks like linked homedimer, part sups on G domain, maybe Ffh could sup to other part

1dekA-sups part to G domain, then extends directly 180 degrees upward of G

1d6jA-sups G-domain, increasingly worse as move down this list

1e8cA-3 domain protein, one fits, one other could form an interface if ffh sups

1qhsA- sups on G domain, part sticks out into proposed interface

1knqA- sups on G domain, part sticks out into proposed interface

1cr1A- sups partially on G domain, part sticks out into proposed interface

1h65A- sups partially on G domain, part sticks out into proposed interface

1cipA- 2 domain, sups part on G domain, rest covers proposed interface

1byuA- bad sup on G domain

1dar- not useful sup

1hurA-sup on G domain

1zin-segment overlaps G domain, rest sups on G domain, probably not useful

1ble-sups poorly on G domain

1shkA- sups on G domain

1fgs- one part on 3 sups on G domain, segment overlays GTPase

1g3uA- sups on G domain