Organ on a Chip is a Physiological Organ Biomimetic System built on a Microfluidic Chip, one of the Leading Emerging Technologies.
Organ on a Chip Organ-on-a-chip is a new micro-engineered system that comprises a 3D polymeric microchannel holding live human cells and microfluidic culture equipment. A functional tissue type or organ is produced as a result of a certain cell arrangement, resulting in a 3D microenvironment. Depending on the application, a single chamber system (one kind of cell) can be employed, or porous membranes can be used to divide the micro-channels into two or more compartments, allowing multiple cell types to coexist with independent fluidic perfusion. By adjusting the flow rate or channel size, micro sensors may regulate numerous factors such as chemical conditions (pH, oxygen supply) and physical conditions (fluidic shear stress). The majority of Organ-on-a-Chip systems wrap the adipocytes or ASCs within the chip with a biomaterial; nonetheless, the chip's material is crucial. High-throughput screening methods are required for pharmacologic testing. This will necessitate the usage...