Placeholder image of a protein
Icon representing a puzzle

423: H2N2 Flu Design Puzzle 1

Closed since almost 15 years ago

Intermediate Overall Design

Summary


Created
May 26, 2011
Expires
Max points
100
Description

This puzzle had an error in it and has been reposted as Puzzle 425, sorry for the trouble with this.

Top groups


  1. Avatar for L'Alliance Francophone 11. L'Alliance Francophone 1 pt. 7,782
  2. Avatar for Purdue BoilerFolders 13. Purdue BoilerFolders 1 pt. 5,960
  3. Avatar for test_group1 14. test_group1 1 pt. 0

  1. Avatar for Sellod 41. Sellod Lv 1 1 pt. 7,858
  2. Avatar for Ch Garnier 42. Ch Garnier Lv 1 1 pt. 7,782
  3. Avatar for hargem 43. hargem Lv 1 1 pt. 7,756
  4. Avatar for Rav3n_pl 44. Rav3n_pl Lv 1 1 pt. 7,722
  5. Avatar for helenos_aiakides 45. helenos_aiakides Lv 1 1 pt. 7,703
  6. Avatar for zanshin 46. zanshin Lv 1 1 pt. 7,582
  7. Avatar for Museka 47. Museka Lv 1 1 pt. 7,558
  8. Avatar for xedr 48. xedr Lv 1 1 pt. 7,541
  9. Avatar for saksoft2 49. saksoft2 Lv 1 1 pt. 7,523
  10. Avatar for SKSbell 50. SKSbell Lv 1 1 pt. 7,213

Comments


beta_helix Staff Lv 1

In order to play this exciting puzzle (worth 150 global points) make sure to download the latest update (it should download automatically when launching Foldit).

saksoft2 Lv 1

If I understand our challenge correctly, we are intended to form a binding pocket between some known substance and H2N2. It makes very little sense to me to have both compounds mutatable. One is the virus fragment, the other is our detector molecule (or inhibitor or whatever… ) That should have been the only part of this puzzle we could mutate, right? Which half is which?

I don't see how mutating the target protein is useful to solve the science portion of this challenge. I mean we can't actually mutate the virus to make it more sticky to the other molecule in the wild, can we?

thx