grogar7 Lv 1
Tell us more about the little dot that identifies as residue #1 Glycine, and is not attached to the rest of the protein?
Closed since about 3 years ago
Novice Overall Prediction Electron DensityThe structure of this protein has already been solved and published, but close inspection suggests that there are some problems with the published solution. We'd like to see if Foldit players can use the same electron density data to reconstruct a better model.
Tell us more about the little dot that identifies as residue #1 Glycine, and is not attached to the rest of the protein?
Weird, a solution loaded at 2,292 after being saved at 15,893. The 2292 killed a version of DRemix that's been working a long time. Not sure what's wrong with this one.
Shared with scientists, a second one saved on 15,893, which loads at 2,298. The damaged load also manages to break some fancy Lua code related to getting the density score for a section. Regular old DRemix doesn't have that problem.
See more comments in #bugs-and-feedback. The damaged solutions end up with around -3,000 ideality in 4 segments, totalling up to a roughly 13,000 point loss.
See also https://fold.it/forum/bugs/saved-solutions-for-puzzle-2266-lose-score
The sequence is a another mystery here. The sequence shown on this page is an exact match for PDB 1E6H.
The puzzle starts with G for glycine in segement 1. The puzzle shows segment 1 as just a small sphere, not a normal-looking segment at all.
The puzzle ended up with gaps between 1-2 and 31-32. So the alignment ends up looking like this:
mdetgkelvlvlydyqeksprevtikkgdiltllnstnkdwwkievndrqgfvpaaylkkld (1E6H)
g elvlvlydyqeksprevtikkgdiltllns nkdwwkievndrqgfvpaaylkkld (puzzle 2262)
1 234567890123456789012345678901 2345678901234567890123456
1 2 3 4 5
The two gaps in the sequence seem to be the source of the problem with saved solutions.
Thanks for the feedback @grogar7 and @LociOiling! We've found the issue and we'll see about getting this puzzle reposted. Stay tuned for updates…