First，What is tissue engineering?

Tissue Engineering is the combination of life science and engineering, its goal is to develop a variety of substitutes for damaged tissues with normal physiological structure and function, is an important part of regenerative medicine, is a combination of cell biology and materials science, The emerging frontier discipline of constructing tissues or organs in vitro or in vivo.

Second, what is the demand for materials?

Tissue engineering materials need to have biocompatibility, biodegradability, detoxification, high porosity, mechanical adaptability, drug release ability, etc.

Third, technology for preparing nanofibers for tissue engineering

There are many ways to prepare nanofibers for tissue engineering, such as electrospinning, self-assembly, phase separation, freeze drying, 3D printing, etc. However, among these methods, electrospinning technology is one of the most promising.

Electrospinning technology can prepare three-dimensional porous fiber membrane with the same structure as the natural extracellular matrix. This fiber membrane can be used as an ideal tissue engineering scaffold to facilitate cell adhesion, migration and proliferation, and then replicate the replacement three-dimensional tissue structure, and enable cells to differentiate and grow along different cell lines.

Fourth, the application of electrospinning nanofibers in tissue engineering field

In recent years, polymer fiber scaffolds prepared by electrospinning technology have been widely used in tissue engineering research fields such as blood vessel, heart, nerve, bone, cartilage and skin.

The MBRT Nanofiberlabs electrospinning machine is suitable for tissue engineering applications.

E02S
https://www.nanofiberlabs.com/product/professional-electrospinning-machine-e03.html

E04S

https://www.nanofiberlabs.com/product/multifunctional-electrospinning-machine-e04-001.

E05S

https://www.nanofiberlabs.com/product/all-round-electrospinning-machine-e06.html