Closed

Note: This puzzle was closed early, because challengers found decoy states with lower energy than the initial design. Try one of the other partition puzzles!

Note: This puzzle was closed early, because challengers found decoy states with lower energy than the initial design. Try one of the other partition puzzles!

Note: This puzzle was closed early, because challengers found decoy states with lower energy than the initial design. Try one of the other partition puzzles!

Note: This puzzle was closed early, because challengers found decoy states with lower energy than the initial design. Try one of the other partition puzzles!

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by silent gene from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by MicElephant from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by fiendish_ghoul from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by actiasluna from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by robgee from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.

This is a partition puzzle for Phase Two of the Partition Tournament! The starting structure is a design by Skippysk8s from Phase One of the tournament, and is now vulnerable to challenges. Players can challenge the design by playing this puzzle and refolding the starting structure into other high-scoring structures. The starting structure is marked with secondary structure predictions from PSIPRED, and may give clues about how this protein could be refolded. This design will ultimately be evaluated by how well it withstands challenges, as measured by the partition function. See the blog for more details about the Protein Design Partition Tournament.