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The relative orientation observed for  helices packed on ß sheets

The relative orientation observed for  helices packed on ß sheets. The Complementary twist model for the  helix to ß sheet packing. 6. 7. 2. 3. 1. 5. 4. 3. 4. 1. 2. Beta sheet structure. Beta sheets have “topologies” that bring together distant portions of the sequence.

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The relative orientation observed for  helices packed on ß sheets

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  1. The relative orientation observed for  helices packed on ß sheets

  2. The Complementary twist model for the  helix to ß sheet packing

  3. 6 7 2 3 1 5 4 3 4 1 2 Beta sheet structure • Beta sheets have “topologies” that bring together distant portions of the sequence. Front: 1-2-5 Back: 7-6-3-4 Beta strands are numbered in sequence order. 2-1-4-3

  4. The relative orientation of the packing ß sheet

  5. Parallel beta sheetsConcanavalin

  6. ß-pleated sheet sandwich proteins

  7. A model for the aligned packing of the ß sheet

  8. The ß sheet to ß sheet packing in prealbumin

  9. Orthogonal Beta Sheet Protein

  10. A model for the orthogonal packing of the ß sheet

  11. B-propeller from flu virus

  12. B-barrel Porin (Channel) Protein

  13. What accounts for the high stability of HD-Crys? Hydrophobic domain cores Domain interface interactions

  14. N-terminal Met43 Phe56 Ile81 C-terminal Leu145 Val132 Val170 Hydrophobic domain interface residues N-terminal domain C-terminal domain Conservation among 35 -crystallin sequences:

  15. N-terminal Gln54 Arg79 C-terminal Gln143 Met147 Peripheral domain interface residues N-terminal domain C-terminal domain Conservation among 35 -crystallin sequences:

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