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Ever wondered how our liver responds to severe infections like sepsis? This episode delves into fascinating research where scientists have created a tiny, intricate human liver model on a biochip. By mimicking the conditions of inflammation using molecules that trigger immune responses, they observed how the liver becomes dysfunctional. But the story doesn't end there! The researchers discovered that human monocytes, a type of immune cell, play a remarkable role in helping the liver recover, restoring important functions and reducing damage. This innovative model offers a valuable new way to understand the complexities of sepsis-related liver problems and explore potential pathways for healing.
By martEver wondered how our liver responds to severe infections like sepsis? This episode delves into fascinating research where scientists have created a tiny, intricate human liver model on a biochip. By mimicking the conditions of inflammation using molecules that trigger immune responses, they observed how the liver becomes dysfunctional. But the story doesn't end there! The researchers discovered that human monocytes, a type of immune cell, play a remarkable role in helping the liver recover, restoring important functions and reducing damage. This innovative model offers a valuable new way to understand the complexities of sepsis-related liver problems and explore potential pathways for healing.