Self‐assembling proteins and peptides are increasingly gaining interest for potential use as
scaffolds in tissue engineering applications. They self‐organize from basic building blocks …

Tissue engineered therapies are emerging as solutions to several of the medical challenges
facing aging societies. To this end, a fundamental research goal is the development of novel …

Peptides that self-assemble into well-defined nanofibrous networks provide a prominent
alternative to traditional biomaterials for fabricating scaffolds for use in regenerative …

Biomaterials made from self-assembling, short peptides and peptide derivatives have great
potential to generate powerful new therapies in regenerative medicine. The high signaling …

Throughout nature, self-assembly gives rise to functional supramolecular biomaterials that
can perform complex tasks with extraordinary efficiency and specificity. Inspired by these …

In this paper, a comprehensive review of recent patents concerning the molecular self-
assembly of peptides, peptide amphiphiles and peptidomimetics into molecules through …

The fabrication of tissue engineering scaffolds is a well-established field that has gained
recent prominence for the in vivo repair of a variety of tissue types. Recently, increasing …

Peptidic biomaterials represent a particularly exciting topic in regenerative medicine.
Peptidic scaffolds can be specifically designed for biomimetic customization for targeted …

Synthetic nanostructures based on self-assembling systems that aim to mimic natural
extracellular matrix are now being used as substrates in tissue engineering applications …

Tissue engineering requires an ideal scaffold that will aid in the regeneration of the
damaged tissues both structurally and functionally. Conventionally, polymeric nanofibrous …