The food sector has been developing several new technologies and defining new borders for food processing by delivering a product that...

Vascular grafts are commonly used on damaged or diseased blood vessels when there is a need to redirect blood flow by replacing the...

3D printing technology is a powerful platform to facilitate and help pharmaceutical and medical companies to develop personalized...

Stents were introduced to medicine in the mid-1980s for use in percutaneous coronary interventions and nephrological procedures. Since...

Advances in tumor cell biology, 3D cell culture, and tissue engineering have enabled the rapid development of comprehensive in vitro...

Restoring the structure and function of injured tissues can be challenging to perform when using conventional implants. 3D bioprinting...

The 3D bioprinting technology is a unique platform that can promote the development of pre-designed volumetric objects, with a spatially...

In recent years, the number of publications involving the development of 3D printing for dental applications has increased significantly...

The skeletal muscle is the most abundant tissue in the body and constitutes approximately 40% of the total body mass in humans. It has a...

Cartilage injuries affect over 6 million people per year in the United States only. Several people visit the hospitals seeking care for...

Bioprinting processes often make use of natural materials such as collagen, alginate, gelatin, and cellulose. These materials usually are...

The scarcity of fully functional materials for bioprinting is one of the main factors that limit rapid progress in this field. Thus, the...

Since the dawn of medicine, the use of animals as scientific research models has been a cause of heated public, scientific, and...

Cardiovascular diseases represent the major cause of morbidity and mortality worldwide. Chronic heart failure usually starts with the...

Gelatin Methacrylate (GelMA) hydrogels are developed to offer an optimal combination of biochemical and biomechanical properties. They...

Achieving high viability and intrinsic function of the cells mixed in the hydrogel are goals to be pursued during a bioprinting process....

In medical and biomedical research, animal models are used to develop medicines, vaccines, biological products, and many others. Although...

Research in 3D bioprinting is continuously gaining more momentum. One of the most advanced bioprinting methods, the Kenzan method,...

Traumatic or congenital disabilities in the nasal tissue can cause severe functional impairments and aesthetic problems. Autogenous...

3D bioprinting has emerged in the field of tissue engineering as a powerful tool to enable the creation of complex tissue and organ...