World Journal of
Pharmaceutical and Life Sciences

BIOPOLYMER USE IN FABRICATION OF ARTIFICIAL ORGAN BY 3D BIO-PRINTERS

Amit Dattaram Kurdekar* and Mrunal Anand Landage*

ABSTRACT

Polymers function as adaptable mediums for the creation and design of biomaterials employed in biomedical bias; still, these styles must be employed to construct complex natural organ systems integrating the rearmost inventions in 3D bioprinting technology. These biomedical(biopolymers) appear from a series of natural and synthetic resources available in nature, with current sources including(natural polysaccharides) similar as alginate, hyaluronic acid, chitosan, and starch, in addition to proteins like collagen, fibrin, along with various(synthetic polymers) similar as poly(glycolic acid), poly(lactic acid), poly(vinyl alcohol), poly(ethylene). Both natural and synthetic polymers play an important part in the establishment vascular and neural networks within 3D printed organ structures, attributed to their specifically acknowledged properties such as physicochemical, natural, physiological, tensile features, and the toxicity levels of biopolymers. This composition concentrates on advanced polymers that demonstrate exceptional biocompatibility and biodegradability. also, it details the most recent ways for the 3D printability of mortal organ rejuvenescence, alongside the operations in tissue regeneration and the fabrication of artificial organs reviewed and presented.

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