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said Y Shrike Zhang, Associate Bioengineer, Department of Medicine and Division of Engineering in Medicine at Brigham and Women’s Hospital in the US.
‘Researchers intend to use this 3D lung-on-a-chip technology to study a broad range of pulmonary conditions, including various lung cancers.’
The team developed this technology to mirror the biological characteristics of the human distal lung. They found that the 3D alveolar lung effectively grew cells over multiple days and that these cells adequately populated airway surfaces. Through genome sequencing, scientists observed that the alveolar lung model more closely resembled the human distal lung than previous 2D models have.
Additionally, the lung-on-a-chip model successfully stimulated breaths of air at the normal frequency for humans.
The team intends to use this technology to study a broad range of pulmonary conditions, including various lung cancers. To replicate smoking’s impact on the lungs, scientists allowed smoke to seep into the model’s air chambers then simulated a breathing event, moving smoke deeper into the lungs. From there, they measured the smoke’s impact and cell damage it caused.
While this innovation holds the potential to vastly expand the possibilities of studying and treating pulmonary diseases, this model is still in its early stages, said Zhang.
Currently, the alveolar lung-on-a-chip only incorporates two out of the 42 cell types existing in the lung. In the future, researchers hope to include more cell types into the model to make it more clinically representative of human lungs, Zhang noted.
Source: IANS
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