Placeholder image of a protein
Icon representing a puzzle

1067: Unsolved VEGF protein: Domain 1

Closed since almost 11 years ago

Intermediate Overall Prediction

Summary


Created
March 19, 2015
Expires
Max points
100
Description

The first two puzzles for this protein were able to significantly improve the structure of domain 6 of this protein, so we are giving you a different domain this time, with 5 Zhang Server predictions as starting points. Resetting the puzzle will cycle through each model. We are giving you 2 weeks to work on this puzzle, so please try out each server start. Although one server model scores better than the rest initially, it might be the furthest from the native and might not get you the most points in the end! More info in the puzzle comments.

Top groups


  1. Avatar for DSN @ Home 31. DSN @ Home 1 pt. 7,754
  2. Avatar for Geekdo 32. Geekdo 1 pt. 7,092
  3. Avatar for Maiglöckchen 33. Maiglöckchen 1 pt. 0

  1. Avatar for drjr 201. drjr Lv 1 2 pts. 8,145
  2. Avatar for matollik 202. matollik Lv 1 2 pts. 8,144
  3. Avatar for ChinaSESsolve 203. ChinaSESsolve Lv 1 2 pts. 8,134
  4. Avatar for upquark1 204. upquark1 Lv 1 2 pts. 8,133
  5. Avatar for Firestar6 205. Firestar6 Lv 1 1 pt. 8,132
  6. Avatar for BCAA 206. BCAA Lv 1 1 pt. 8,129
  7. Avatar for Tac1 207. Tac1 Lv 1 1 pt. 8,126
  8. Avatar for Viperx99 208. Viperx99 Lv 1 1 pt. 8,115
  9. Avatar for Tyrone Shoelaces 209. Tyrone Shoelaces Lv 1 1 pt. 8,111
  10. Avatar for actiasluna 210. actiasluna Lv 1 1 pt. 8,110

Comments


beta_helix Staff Lv 1

Please read the updated blog entry about this unsolved protein.
______

The SAM server is still down, so here are the secondary structure predictions that were used for the starting chain:

The higher the number, the higher the confidence of the secondary structure prediction above it.
______

Here is the link to the Zhang Server website (where you can find a lot more detailed info such as templates used and predicted per-residue accuracy for each model):
http://zhanglab.ccmb.med.umich.edu/I-TASSER/output/S218744