1. Design a peptide sequence that will likely fold into an -helix and form a homodimer (bind to another helix of the same peptide sequence) along one of its faces. The numbered helical wheel shown should be a useful template. (Hint: consider that this peptide will be in an aqueous environment. What residues will most likely interact with the water? Which ones should most likely be at the interface?) 1. Design a peptide sequence that will likely fold into an -helix and form a homodimer (bind to another helix of the same peptide sequence) along one of its faces. The numbered helical wheel shown should be a useful template. (Hint: consider that this peptide will be in an aqueous environment. What residues will most likely interact with the water? Which ones should most likely be at the interface?)