Sentence examples for ice particulates from inspiring English sources

Ice particulates were used as porogen materials.

Control collagen sponges without ice particulates failed to support the formation of homogenous cartilage-like tissue.

This composite scaffold was prepared via freeze drying technique, using the ice particulates as the porogen material.

Collagen porous scaffolds with a pore size gradient were prepared by using pre-prepared ice particulates as a porogen material.

Pre-prepared ice particulates embossing on a substrate can be used to prepare funnel-like porous scaffolds of naturally derived biodegradable polymers.

Pre-prepared free ice particulates can be used as a porogen material to prepare highly interconnected porous scaffolds of both biodegradable synthetic polymers and naturally derived polymers.

This chapter summarizes the latest developments of the ice particulate method and porous scaffolds prepared by this method.

The unique pore structures created by the ice particulate method facilitate cell seeding and homogeneous cell distribution and promote tissue regeneration.

Scaffolds that were prepared with 400 μm ice particulate templates and a freezing temperature of −3 °C resulted in the best cell distribution, ECM production, and chondrogenesis.

These results indicate that funnel-like collagen sponges were superior to control collagen sponges and that scaffolds prepared with 400 μm ice particulate templates at −3 °C were optimal for cartilage tissue engineering.

However, the scaffolds prepared with 400 μm ice particulate templates and a freezing temperature of −5 °C or −10 °C showed a limited effect on the improvement of cell distribution and chondrogenesis.