https://padlet.com/lisle202/kwfpvfwsmchw A protein has a primary, a secondary, a tertiary, and a quaternary structure, all of which we built when putting together our protein. en-us 2016-09-20 23:01:35 UTC 2025-11-11 12:39:48 UTC hello@padlet.com sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271775 The tertiary structure includes a hydrophobic interaction, as represented by the red sparkly pipe cleaner.]]> 2016-09-21 01:49:48 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271775 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271841 Here, the tertiary structure includes a straw connecting two R groups, which represents a disulfide bridge.]]> 2016-09-21 01:50:30 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271841 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271939 Beta Pleated Sheet]]> 2016-09-21 01:51:07 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125271939 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272084 The secondary structure of our purple protein is an alpha helix that is bonded by hydrogen bonds.]]> 2016-09-21 01:52:03 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272084 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272420 Alpha helix (no hydrogen bonds shown(]]> 2016-09-21 01:55:00 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272420 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272586 The quaternary structure of our protein connects our two tertiary structures through hydrogen bonding.]]> 2016-09-21 01:56:37 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272586 sp17043 https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272696 The primary structure of the protein is represented as a pipe cleaner with different beads representing different R-groups.]]> 2016-09-21 01:57:40 UTC https://padlet.com/lisle202/kwfpvfwsmchw/wish/125272696