Batz
Global Soloist Rank: #96
Global Soloist Score: 302

Soloist Puzzle Scores

PuzzleRankBest ScorePointsLast Played
1076: Vancomycin Binder Design659,4662404/19/15
1073: Marburg Binder Design with Disulfides5811,3672904/16/15
1070: 75 Residue Symmetric Dimer Design5511,4812504/06/15
[DEVPREV] Prediction Test-9,020-04/05/15
1072: Revisiting Puzzle 67: Integrase1268,342204/05/15
1071: Blind Electron Density 10: Rosetta Model8513,3431404/04/15
1068: 70 Residue Symmetric Dimer Design3112,0834603/29/15
1067: Unsolved VEGF protein: Domain 11358,467903/25/15
1064b: De-novo Freestyle 49: Round 2718,5041803/18/15
1061: De-novo Freestyle 49: Hand-folding Round448,4173703/11/15
1058: Player-Solution Trimer Redesign A21114,593103/05/15
1055: Blind Electron Density 10: Autobuild Model6311,5782803/01/15
1057: 26 Residue Peptide Design: More Sheets!419,9744403/01/15
1056: Revisiting Puzzle 61: Designer Protein Top7839,4151702/26/15
1054: Vancomycin Binder: Shape Complementarity6612,6602502/23/15
1052: 80 Residue Symmetric Trimer Design3214,7504702/19/15
1051: Symmetric De-novo Freestyle 486911,6002002/15/15
1049: VipB Cryo-EM Density512,6949202/10/15
1048: 26 Residue Peptide Design319,5065702/10/15
1045: VipB Cryo-EM Density: Ghost Density438,3664602/04/15
1043: 55 Residue Symmetric Hexamer Design5610,2983001/28/15
1042: De-novo Freestyle 47: Round 21775,437101/28/15
1037: 50 Residue Symmetric Pentamer Design3310,8884401/15/15
1035: Incredibly Difficult 95-residue Electron Density Design Puzzle1024,9328501/12/15
1029: 70 Residue Monomer Design: Zero Cysteines1188,489612/26/14

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Developed by: UW Center for Game Science, UW Institute for Protein Design, Northeastern University, Vanderbilt University Meiler Lab, UC Davis
Supported by: DARPA, NSF, NIH, HHMI, Amazon, Microsoft, Adobe, RosettaCommons