This review aims to provide a comprehensive survey of recent low-toxic approaches used in
the gelcasting process. In recent years, several natural gelling agents have been developed …

Inspired by the mechanism of bone formation, a porous collagen-carboxymethyl cellulose/
hydroxyapatite (Col-CMC/HA) composite was designed and fabricated using a biomimetic …

Scaffolds for bone tissue engineering require a combination of bioactivity and bioresorption
at the sample surface and high mechanical properties in the bulk. This work presents a …

Considering the popularity of hydroxyapatite (HA)-based scaffolds and the varied sources of
HA synthesis, their impact on the properties of the developed scaffolds needs to be properly …

There is a high demand for synthesis of biocompatible hydroxyapatite nanoparticle (HANP),
which is a key component in bone tissue engineering scaffolds. The present study describes …

Porous alumina systems are suitable for application in wide-ranging industrial processes
that require extreme service conditions such as high temperatures and corrosive mediums …

In order to support bone tissue regeneration, porous biomaterial implants (scaffolds) must
offer chemical and mechanical properties, besides favorable fluid transport. Titanium …

X-ray micro-tomography based analysis of porous hydrogel has gained a wide attention
recently. It provides an advantage in three-dimensional analysis of pore morphometric and …

Adhesive bonding is increasingly used in numerous industrial branches (aeronautics,
space, etc.) for the many advantages this technique features. The quality of the adhesive …

Three different types of hydroxyapatite (HAp) based porous ceramic materials were obtained
through the modified gel casting method; one of them was made of commercial HAp …