Advanced Materials Science Research

Reputed Microfabrication Journals

Microfabrication is the automated production of tissues and organs to address health challenges in medicine. It uses the principles of additive manufacturing – often termed 3D printing – to combine cells, gels and fibres.. This rapidly evolving technology has been stimulated by the development of 3D fabrication technologies. This field builds upon currently available wound healing strategies and methodologies. Biofabrication is usually defined as the production from raw materials such as living cells, matrices, biomaterials, and molecules of complex biological products. Development of 3D fabrication technologies has stimulated this rapidly evolving technology. This field builds on currently available wound healing strategies and methodologies. The main disciplines leading to the advent of biofabrication technology are cell and developmental biology, biomaterials science and mechanical engineering. Biofabrication technology's industrial potential reaches well beyond mainstream medically focused tissue engineering and organ printing, and is important in the short term for developing potentially highly predictive human cell and tissue-based technologies for drug discovery, drug toxicity, environmental toxicology assays, and complex human development and disease in vitro models. Oxygen and nutrient diffusion and the elimination of metabolic waste products restrict existing engineered tissue. 

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