All changes for the tissue neutrophil (11)
Name Type Tissues Organism Gene Data Actions phagocytosis activity unchanged in response to unopsonized targets Physiological neutrophil Human — — ROS production unchanged Physiological neutrophil Human — — phagocytosis activity decreased in response to opsonized targets Physiological neutrophil Human — — spontaneous production of superoxide decreased Physiological neutrophil Human — — diminished superoxide production in response to Fc Physiological neutrophil Human — — chemotaxis is reduced Physiological neutrophil, dendritic cell Human — — chemotaxis and adhesion activity unchanged Physiological neutrophil Human — — chemotaxis and respiratory burst capacity in response to GM-CSF priming decreased Physiological neutrophil Human — — apoptotic pathway disrupted Physiological neutrophil Human — — expression of CD16 receptor diminished Molecular neutrophil Human FCGR3A — infiltration at injury site is reduced Physiological neutrophil Human — —
| Name | Type | Tissues | Organism | Gene | Data | Actions |
|---|---|---|---|---|---|---|
| phagocytosis activity unchanged in response to unopsonized targets | Physiological | neutrophil | Human | — | — | |
| ROS production unchanged | Physiological | neutrophil | Human | — | — | |
| phagocytosis activity decreased in response to opsonized targets | Physiological | neutrophil | Human | — | — | |
| spontaneous production of superoxide decreased | Physiological | neutrophil | Human | — | — | |
| diminished superoxide production in response to Fc | Physiological | neutrophil | Human | — | — | |
| chemotaxis is reduced | Physiological | neutrophil, dendritic cell | Human | — | — | |
| chemotaxis and adhesion activity unchanged | Physiological | neutrophil | Human | — | — | |
| chemotaxis and respiratory burst capacity in response to GM-CSF priming decreased | Physiological | neutrophil | Human | — | — | |
| apoptotic pathway disrupted | Physiological | neutrophil | Human | — | — | |
| expression of CD16 receptor diminished | Molecular | neutrophil | Human | FCGR3A | — | |
| infiltration at injury site is reduced | Physiological | neutrophil | Human | — | — |