3D Printing -  refers to a addictive method in which a three dimensional of a solid object of any other shape is used to represent virtually.  This technique is used for automobile manufacturing industry, used for making prototype of a product. 

3D Bioprinting -  3D Bioprinting is a three dimensional process which is being applied to regenate medicine in terms of transplant the need of tissues and organs in a real time for medical purposes -

• Use to transplant Multilayered Skins.
• Used to transplant Bone Musclar Grafting
• Used to transplant tracheal splints.
• Used for analyzing heart tissue.
• Used for making rubbery tissues and organs.
• Used for testing drugs in pharmacy and medicare.
• Use for identify exoskeleton, steam cells and blood vessels.

Bioprinting Procedure: The Bio printing procedure is based on the ground of Biomimcry,  Autonomous Self Assembly and Mini- Tissue Building Blocks.

1. Biomimcry - this approach emphasis on the basis of cell cellular methods and material research -  aims to represent identical reproduction of cellular and extracellular tissue component of the organs.
2. Autonomous Self Assembly - the approach looks after the development of embryonic organs and focussed on the studies of embryonic development of organs and machism of tissues genetics.
3.  Mini - Tissue -  is another approach that determined organs with smaller functional blocks such like smallest & fuctional organs of a tissue - kidney nephron. Mini Tissues are constituted of some fabricated and large rational type design.

Benefits of 3D Bioprinting -

• CT Scanning is determined by X- Rays to look after the problems of daigonastic disorders.
• Medical imaging acts an essential tool for making bioprinting of different organs and tissues in the 3D Format.
• MRI - Magnectic Resonance Imaging format helps to visualizes the image of soft tissue into more high definition. 
• Tomographic reproduction is  used to produces 2D Cross section images of tissues and organs.
• 3D Anatomical process is done to intensify the scans of tissues.
• Computer-Aided Design - CAD & Computer-Aided Manufacturing CAM are the essentials tool to produce bioprinting and play a vital role in the development of tissue formation.

Strategies To Develop Bioprinting Process -

1. Inkjet Bioprinting - commonly used to determine both biological and non biological applications & execuation. These type of apps are used for regenerate the functional tissue of the skin and cartilages.
2. Microextrusion Bioprinting - one of adorable 3D printers are used to determine the results of Tissue spheriods.
3. Lesar - Assisted Bioprinting - intially developed as a biological material to visualize the peptides & DNA cells.

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