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Beginner Puzzle: T-cell Lymphoma Invasion Protein

Closed since almost 15 years ago

Intermediate

Summary


Created
March 20, 2011
Expires
Max points
100
Description

This is a Beginner puzzle for new players that have recently completed the Intro Puzzles. The starting model is very far from the correct native structure, can you use the Foldit tools you just learned to fix the model and match the guide?

Top groups


  1. Avatar for Goons with proteins 31. Goons with proteins 1 pt. 8,910
  2. Avatar for BOINC@Poland 32. BOINC@Poland 1 pt. 8,845
  3. Avatar for test_group1 33. test_group1 1 pt. 8,845
  4. Avatar for Australia 34. Australia 1 pt. 8,845

  1. Avatar for pruneau_44 341. pruneau_44 Lv 1 3 pts. 9,027
  2. Avatar for ericman314 342. ericman314 Lv 1 3 pts. 9,026
  3. Avatar for OP4L 343. OP4L Lv 1 3 pts. 9,021
  4. Avatar for gorbay 344. gorbay Lv 1 3 pts. 9,021
  5. Avatar for Robzz 345. Robzz Lv 1 3 pts. 9,018
  6. Avatar for chansuke 346. chansuke Lv 1 3 pts. 9,018
  7. Avatar for blaakeee 347. blaakeee Lv 1 3 pts. 9,010
  8. Avatar for cellgen 348. cellgen Lv 1 2 pts. 9,009
  9. Avatar for mikesc 349. mikesc Lv 1 2 pts. 9,007
  10. Avatar for IOISOK41 350. IOISOK41 Lv 1 2 pts. 9,007

Comments


beta_helix Staff Lv 1

There is indeed a chain break between Lysine 11 and Threonine 12, six residues are missing in the native structure (PDB code: 3KZD).

We could have just ignored the terminal strand (and trimmed the first 11 residues) but it seems important to the stability of the protein.

We could also just add the missing residues back in and let you guess where they should go, but since this is a beginner puzzle we didn't want to confuse new Foldit players (since it wouldn't match the guide).