A collection of illustrations designed for the review article, “Neural Immune Communication in the Control of Host-Bacterial Pathogen Interactions in the Gastrointestinal Tract,” published in Infection and Immunity, 2019.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts neurons, macrophages, gut epithelial cells and Salmonella. It illustrates a process by which neural signals are modifying the immune system response to Salmonella in the gut.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts neurons, macrophages, gut epithelial cells and Salmonella. It illustrates a process by which neural signals are modifying the immune system response to Salmonella in the gut.
 Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts a spinal cord cross section, neurons, a Peyer's patch,  and Salmonella. It illustrates a process by which neural signals are modifying the immune system response to Salmonella in the gut.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts a spinal cord cross section, neurons, a Peyer's patch, and Salmonella. It illustrates a process by which neural signals are modifying the immune system response to Salmonella in the gut.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts neurons, blood vessels, lymphatics, and various immune cells. It illustrates a process by which neural signals are modifying the immune system response to citrobacter rodentium infection in the gut.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts neurons, blood vessels, lymphatics, and various immune cells. It illustrates a process by which neural signals are modifying the immune system response to citrobacter rodentium infection in the gut.
 Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts gut epithelial cells, a T-helper cell, and citrobacter rodentium. It illustrates a process by which T-cells are using neurotransmitters to modify how epithelial cells are responding to citrobacter rodentium infection in the gut.
Alt Text: This is a clean scientific vector art illustration. I apologize, but I really cannot explain what is happening in this image clearly or succinctly. What I can say is the illustration depicts gut epithelial cells, a T-helper cell, and citrobacter rodentium. It illustrates a process by which T-cells are using neurotransmitters to modify how epithelial cells are responding to citrobacter rodentium infection in the gut.

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