What is an example of a fiber mesh structure?

A fiber mesh structure refers to any arrangement of fibers that creates a network or matrix. Knitted, braided, and non-woven structures all fit this definition, as they each involve the interconnection of fibers in different manners.

In knitted structures, individual yarns are interlaced in a series of loops, providing flexibility and stretch, which can be advantageous in certain tissue engineering applications where dynamic movement is a factor.

Braided structures involve intertwining multiple strands of fibers, creating a strong, flexible network that can withstand various forces. This method is particularly useful in applications requiring enhanced tensile strength and durability, such as in vascular grafts.

Non-woven structures are made by bonding fibers together using methods such as mechanical, chemical, or thermal processes. These structures can provide uniformity and specific porosities, making them suitable for applications like scaffolds for cell growth.

Since all these types contribute to the category of fiber mesh structures by offering different properties and functionalities, the correct answer encompasses all these examples, indicating that all options provided are indeed types of fiber mesh structures relevant to tissue engineering.