The enantiomer of a generic amino acid that are chiral.Vector illustration Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-enantiomer-of-a-generic-amino-acid-that-are-chiralvector-illustration-image590955221.html
RF2W9C9BH–The enantiomer of a generic amino acid that are chiral.Vector illustration
Loop-functionalized peptoid nanosheets. Peptoid sequences that contain a specific pattern of polar (red and blue) and hydrophobic (yellow) residues, form extended supramolecular two-dimensional nanosheet assemblies. The nanosheets can be functionalized with loops (green) by inserting a short stretch of amino acids into the peptoid during the solid-phase peptoid synthesis. During the assembly, the loop inserts get excluded from the packing of the hydrophobic core (yellow) and are displayed on the aqueous surface of the nanosheet. Inset: Atomic force microscopy of a peptoid nanosheet, demonst Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-loop-functionalized-peptoid-nanosheets-peptoid-sequences-that-contain-129570426.html
RMHEPCB6–Loop-functionalized peptoid nanosheets. Peptoid sequences that contain a specific pattern of polar (red and blue) and hydrophobic (yellow) residues, form extended supramolecular two-dimensional nanosheet assemblies. The nanosheets can be functionalized with loops (green) by inserting a short stretch of amino acids into the peptoid during the solid-phase peptoid synthesis. During the assembly, the loop inserts get excluded from the packing of the hydrophobic core (yellow) and are displayed on the aqueous surface of the nanosheet. Inset: Atomic force microscopy of a peptoid nanosheet, demonst