Figure 3.
![(a) Polypeptoids have a conformational change while densely packed into a lipid-like bilayer nanosheet structure. Adapted with permission from [35]; copyright © 2018 American Chemical Society. (b) The polypeptoids nanotubes formed over time and evolved from spheres with a hydrophobic core, bilayer sheet, and a tube. Adapted with permission from [25]; copyright © 2018 Springer Nature publishing group.](https://port.silverchair-cdn.com/port/content_public/journal/emergtoplifesci/6/6/10.1042_etls20220057/1/etls-2022-0057c.03.png?Expires=1716885726&Signature=RU4wt2ikBuJRgd2K5NrKiu0qmgumC5L1RGCmqGBO6QuYstZxExi69nmTTdMdxe~m1gtvX69giCbdpURakgVLpCGLjOHcuQhIP3huFWkKGKwkiaKwbTvU6l~yYQML19sw9IhkqqyM2ctg7nD6kb4oJ-pXnKGP-m16~19MPH4wIXm-Vhk7Z6a0hi9eJlJNSSzXeAy5W8zpiVkcu8T7sJpx6mBcKrA-6UH2BYqdnF2~0C3AEMeATQ6I2RaHb22faVcIupTKrFRXSDCIycDOvS8ecrv96Ye7bp69LZGfnX9w4vuNLBR7tDyWKIRQrud4mQ2-NhthztVw3Ky7~hLp-N37Hg__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Demonstration of how polypeptoids of different hydrophobic and hydrophilic monomer arrangements can lead to self-assembled into (a) nanosheet and (b) nanotubes.
(a) Polypeptoids have a conformational change while densely packed into a lipid-like bilayer nanosheet structure. Adapted with permission from [35]; copyright © 2018 American Chemical Society. (b) The polypeptoids nanotubes formed over time and evolved from spheres with a hydrophobic core, bilayer sheet, and a tube. Adapted with permission from [25]; copyright © 2018 Springer Nature publishing group.