The collagen production of human dermal and corneal fibroblasts in contact with solutions of the peptide amphiphile (PA) C16–KTTKS is investigated and related to its self-assembly into nanotape structures. This PA is used in antiwrinkle cosmeceutical applications (trade name Matrixyl). We prove that C16–KTTKS stimulates collagen production in a concentration-dependent manner close to the critical aggregation concentration determined from pyrene fluorescence spectroscopy. This suggests that self-assembly and the stimulation of collagen production are inter-related
Self-assembling peptide amphiphile molecules have been of interest to various tissue engineering stu...
The events within the foreign body response are similar to, but ultimately different than, the wound...
Synthetic collagen mimetic peptides are used to probe the role of hydrophobic forces in mediating pr...
The collagen production of human dermal and corneal fibroblasts in contact with solutions of the pep...
The collagen production of human dermal and corneal fibroblasts in contact with solutions of the pep...
The self-assembly and bioactivity of a peptide amphiphile (PA) incorporating a 13-residue sequence d...
The self-assembly and bioactivity of a peptide amphiphile (PA) incorporating a 13-residue sequence d...
Studying peptide amphiphiles (PAs), we investigate the influence of alkyl chain length on the aggre...
The nanostructure of a peptide amphiphile in commercial use in anti-wrinkle creams is investigated....
"Collagens are a family of triple-helical structural proteins that are ubiquitous in vertebrates. Im...
The hitherto inconsistency in clinical performance for engineered skin drives the current developmen...
Collagen is the most abundant protein in humans and the major component of human skin. Collagen mime...
The incorporation of small bioactive peptide motifs within robust hydrogels constitutes a facile pro...
The self-assembly and bioactivity of the peptide–polymer conjugate DGRFFF–PEG3000 containing the RGD...
In this work several self-assembling materials have been designed, synthesized, characterized and st...
Self-assembling peptide amphiphile molecules have been of interest to various tissue engineering stu...
The events within the foreign body response are similar to, but ultimately different than, the wound...
Synthetic collagen mimetic peptides are used to probe the role of hydrophobic forces in mediating pr...
The collagen production of human dermal and corneal fibroblasts in contact with solutions of the pep...
The collagen production of human dermal and corneal fibroblasts in contact with solutions of the pep...
The self-assembly and bioactivity of a peptide amphiphile (PA) incorporating a 13-residue sequence d...
The self-assembly and bioactivity of a peptide amphiphile (PA) incorporating a 13-residue sequence d...
Studying peptide amphiphiles (PAs), we investigate the influence of alkyl chain length on the aggre...
The nanostructure of a peptide amphiphile in commercial use in anti-wrinkle creams is investigated....
"Collagens are a family of triple-helical structural proteins that are ubiquitous in vertebrates. Im...
The hitherto inconsistency in clinical performance for engineered skin drives the current developmen...
Collagen is the most abundant protein in humans and the major component of human skin. Collagen mime...
The incorporation of small bioactive peptide motifs within robust hydrogels constitutes a facile pro...
The self-assembly and bioactivity of the peptide–polymer conjugate DGRFFF–PEG3000 containing the RGD...
In this work several self-assembling materials have been designed, synthesized, characterized and st...
Self-assembling peptide amphiphile molecules have been of interest to various tissue engineering stu...
The events within the foreign body response are similar to, but ultimately different than, the wound...
Synthetic collagen mimetic peptides are used to probe the role of hydrophobic forces in mediating pr...