4 minUsing 3D Bioprinters to Print FoodThe food sector has been developing several new technologies and defining new borders for food processing by delivering a product that...
3 minTissue Engineering Vascular GraftsVascular grafts are commonly used on damaged or diseased blood vessels when there is a need to redirect blood flow by replacing the...
3 min3D Printing Drugs and Personalized Medicine3D printing technology is a powerful platform to facilitate and help pharmaceutical and medical companies to develop personalized...
2 min3D Printing Bioresorbable Stents Stents were introduced to medicine in the mid-1980s for use in percutaneous coronary interventions and nephrological procedures. Since...
3 minModeling Cancer with Tissue EngineeringAdvances in tumor cell biology, 3D cell culture, and tissue engineering have enabled the rapid development of comprehensive in vitro...
2 minIntraoperative BioprintingRestoring the structure and function of injured tissues can be challenging to perform when using conventional implants. 3D bioprinting...
3 minHow to Choose the Right Needle for 3D BioprintingThe 3D bioprinting technology is a unique platform that can promote the development of pre-designed volumetric objects, with a spatially...
2 min3D Bioprinting in OdontologyIn recent years, the number of publications involving the development of 3D printing for dental applications has increased significantly...
2 min3D Printing Skeletal MuscleThe skeletal muscle is the most abundant tissue in the body and constitutes approximately 40% of the total body mass in humans. It has a...
3 minTissue Engineering Cartilage for the KneeCartilage injuries affect over 6 million people per year in the United States only. Several people visit the hospitals seeking care for...
3 minPrinting Photocrosslinkable BioinksBioprinting processes often make use of natural materials such as collagen, alginate, gelatin, and cellulose. These materials usually are...
3 minPlant-Based Bioinks for Tissue EngineeringThe scarcity of fully functional materials for bioprinting is one of the main factors that limit rapid progress in this field. Thus, the...
3 minReducing the Use of Animal Models with Tissue EngineeringSince the dawn of medicine, the use of animals as scientific research models has been a cause of heated public, scientific, and...
4 min3D Printing Patches for Cardiac RegenerationCardiovascular diseases represent the major cause of morbidity and mortality worldwide. Chronic heart failure usually starts with the...
3 minUsing GelMA for 3D BioprintingGelatin Methacrylate (GelMA) hydrogels are developed to offer an optimal combination of biochemical and biomechanical properties. They...
3 minUses of Coaxial BioprintingAchieving high viability and intrinsic function of the cells mixed in the hydrogel are goals to be pursued during a bioprinting process....
1 min3D Bioprinting vs Animal ModelsIn medical and biomedical research, animal models are used to develop medicines, vaccines, biological products, and many others. Although...
3 minThe Kenzan Bioprinting MethodResearch in 3D bioprinting is continuously gaining more momentum. One of the most advanced bioprinting methods, the Kenzan method,...
3 min3D Bioprinting of Nasal CartilageTraumatic or congenital disabilities in the nasal tissue can cause severe functional impairments and aesthetic problems. Autogenous...
4 minMethods for Evaluating a Biomaterial Printability3D bioprinting has emerged in the field of tissue engineering as a powerful tool to enable the creation of complex tissue and organ...